https://en.wikivet.net/api.php?action=feedcontributions&feedformat=atom&user=Flvet 2026-08-14T01:48:11Z User contributions MediaWiki 1.35.0 https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197096 2018-02-22T19:31:00Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. &quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. &quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. &quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Blackbird (Turdus merula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blue Tits, with longer legs and shorter beaks, are actually a colourful mix of blue, yellow, green and white, and unlike Swallows, are permanent residents in the UK. &quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. &quot; <br /> feedback4=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback1=&quot;'''Correct!''' Swallows have distinctive glossy dark blue backs, red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. They are found in areas where there is a ready and accessible supply of small insects and are particularly fond of open pasture with access to water and quiet farm buildings.&quot;<br /> image= &quot;Image:Landsvale.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Tree Creeper (Certhia familiaris)&quot;<br /> choice5=&quot;Nuthatch (Sitta europaea)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Wrens are even smaller birds with a plumage in different brownish tones and a short, narrow tail which is sometimes cocked up vertically.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Although House Sparrows can look similar, they have distinctly thicker beaks and the area around the eyes can be light brown in females or a more intense brown in males, with no light grey in the neck.&quot;<br /> feedback3=&quot;'''Correct!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. They inhabit any well vegetated areas with scrub, brambles and hedges, and keep largely on the ground and often close to cover. When two rival males come together they become animated with lots of wing-flicking and loud calling.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Tree Creeper has a long, slender, downcurved bill, its underside is mainly white and, as its name indicates, it lives in trees, often being found vertically climbing the trunks. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Prunella_modularis01.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> choice5=&quot;Robin (Erithacus rubecula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. House Sparrows are bigger and have distinctly thicker beaks. &quot;<br /> feedback1=&quot;'''Correct!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it is dumpy, almost rounded, with a fine bill, very short round wings and a short, narrow tail which is sometimes cocked up vertically. It’s a rather inconspicuous bird, except for its very loud and often complex songs.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male has a beautiful reddish underside plumage that goes up until the face and makes the species easily recognizable. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. Both the male and female Robin have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. &quot;<br /> image= &quot;Image:Ein_neugieriger_Zaunkönig.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Robin (Erithacus rubecula)&quot;<br /> choice5=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> correctchoice=&quot;4&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. House Sparrows are brown birds, without the red feathering in their chest area and have distinctly thicker beaks. &quot;<br /> feedback4=&quot;'''Correct!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. Robins sing nearly all year round and despite their cute appearance, they are aggressively territorial and are quick to drive away intruders.&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. The Song Thrush is bigger, with a white underside speckled with darker spots. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male also has a beautiful reddish underside plumage that goes up until the face. Unlike the Robin, the Chaffinch has the typical thick bill of finches. &quot;<br /> image= &quot;Image:Erithacus_rubecula_with_cocked_head.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nightingale (Luscinia megarhynchos)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback4=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. Starlings’ adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and they do not possess the orange eye rings.&quot;<br /> feedback2=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. Nightingales are smaller birds, only slighter larger than a Robin, with different tones of brown plumage and a a darker beak than the Blackbird. &quot;<br /> feedback3=&quot;'''Correct!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. They are one of the commonest UK birds, residing here all year long.&quot;<br /> feedback1=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. The Song Thrush has a white underside speckled with darker spots, and does not possess the orange beak and eye rings. &quot;<br /> feedback5=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. A Pied Wagtail has black and white plumage, a black beak and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. &quot;<br /> image= &quot;Image:2016.02.20.-02-Mannheim_Vogelstang--Amsel-Weibchen.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Nightingale (Luscinia megarhynchos)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice4=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice5=&quot;Nuthatch (Sitta europaea)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. House Sparrows are smaller, without the white spotted underside, and with a characteristically thick “finch-like” beak.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. Although the female blackbird is brown, often with spots and streaks on their breasts, the spots are not dark and, like the completely black males, they have distinctive bright orange beaks and eye rings. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. It likes to eat snails which it breaks into by smashing them against a stone with a flick of the head. Their numbers are declining dangerously, making it a Red List species.&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. Nightingales are smaller birds, only slighter larger than a Robin, with different tones of brown plumage and no spots. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Song_Thrush_Turdus_philomelos.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;Great Tit (Parus major)&quot;<br /> choice4=&quot;Coal Tit (Periparus ater)&quot;<br /> choice5=&quot;Robin (Erithacus rubecula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. Not as colourful as some of its relatives, the coal tit has a distinctive grey back, black cap, and white patch at the back of its neck. Its smaller, slenderer bill than blue or great tits means it can feed more successfully in conifer trees.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area. &quot;<br /> feedback1=&quot;'''Correct!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. They have a small beak they use to eat insects, caterpillars, seeds and nuts and are common sightings in woodland, hedgerows, parks and gardens.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. The Great Tit is the largest UK tit and it has a black cap instead of blue, with a yellow and green body. It can be quite aggressive at a birdtable, fighting off smaller tits. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. Both the male and female Robin have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. &quot;<br /> image= &quot;Image:Blue_tit_three-quarter_close-up_4.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice3=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> choice2=&quot;Great Tit (Parus major)&quot;<br /> choice4=&quot;Coal Tit (Periparus ater)&quot;<br /> choice5=&quot;House Martin (Delichon urbica)&quot;<br /> correctchoice=&quot;4&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. A Blue Tit has a white face and blue cap, and a colourful mix of yellow, green and blue in the body. &quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male has a beautiful reddish underside plumage that goes up until the face and makes the species easily recognizable. &quot;<br /> feedback4=&quot;'''Correct!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits, which means it can feed more successfully in conifer trees. A regular visitor to most peanut feeders, they will take and store food to eat later.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. The Great Tit is the largest UK tit and it has a yellow and green body. It can be quite aggressive at a birdtable, fighting off smaller tits. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. A House Martin has very short legs, with pure white underparts as well as a white rump and short forked tail. &quot;<br /> image= &quot;Image:Coal_tit_UK09.JPG&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;11&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice3=&quot;Greenfinch (Carduelis chloris)&quot;<br /> choice2=&quot;Great Tit (Parus major)&quot;<br /> choice4=&quot;Coal Tit (Periparus ater)&quot;<br /> choice5=&quot;House Martin (Delichon urbica)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Great Tit, with its black cap, white cheeks and yellow and green body and it is the largest UK tit. A Blue Tit has a white face and blue cap, and a colourful mix of yellow, green and blue in the body. &quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Great Tit, with its black cap, white cheeks and yellow and green body and it is the largest UK tit. The Greenfinch is a bigger bird, with a finch-like thick beak. The male is predominantly green and grey, with some yellow flashed in the wings, while the female tends to be browner, but still maintaining some green and yellow feathers. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a Great Tit, with its black cap, white cheeks and yellow and green body. It is the largest UK tit and it can be quite aggressive at a birdtable, fighting off smaller tits. In Winter, it joins with blue tits and others to form roaming flocks which scour gardens and countryside for food.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Great Tit, with its black cap, white cheeks and yellow and green body and it is the largest UK tit. The Coal Tit has a grey back, black cap, and white patch at the back of its neck, as well as a slenderer bill. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Great Tit, with its black cap, white cheeks and yellow and green body and it is the largest UK tit. A House Martin has very short legs, with pure white underparts as well as a white rump and short forked tail. &quot;<br /> image= &quot;Image:Parus_major_Luc_Viatour.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;12&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice5=&quot;Tree Creeper (Certhia familiaris)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Tree Creeper, with its long, slender, downcurved bill, its mainly white underside and speckly brown back. It lives in trees, often being found vertically climbing the trunks. Wrens are even smaller birds with a plumage in different brownish tones and a short, narrow tail which is sometimes cocked up vertically. &quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Tree Creeper, with its long, slender, downcurved bill, its mainly white underside and speckly brown back. It lives in trees, often being found vertically climbing the trunks. A Dunnock possesses a small brown grey plumage around the eyes and in the neck area, and shorter nails. &quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Tree Creeper, with its long, slender, downcurved bill, its mainly white underside and speckly brown back. It is a small, very active bird, and as its name indicates, it lives in trees, often being found vertically climbing the trunks. They are UK residents and although they leave their breeding territories in autumn, most range no further than 20 km.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Tree Creeper, with its long, slender, downcurved bill, its mainly white underside and speckly brown back. It lives in trees, often being found vertically climbing the trunks. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Tree Creeper, with its long, slender, downcurved bill, its mainly white underside and speckly brown back. It lives in trees, often being found vertically climbing the trunks. Although House Sparrows can look similar, they have distinctly thicker and shorter beaks and are not adept at vertical climbs. &quot;<br /> image= &quot;Image:Certhia_familiaris_brittanica%2C_Gosforth_Park_1a.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;13&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Greenfinch (Carduelis chloris)&quot;<br /> choice3=&quot;Goldfinch (Carduelis carduelis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Robin (Erithacus rubecula)&quot;<br /> choice5=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Chaffinch, with its short legs and finch-like thick beak. The female Chaffinch is quite similar to a female House Sparrow, with their brownish plumage, but the male has a beautiful reddish underside that goes up until the face and makes the species easily recognizable. The male Greenfinch is predominantly green and grey, with some yellow flashed in the wings, while the female tends to be browner, but still maintaining some green and yellow feathers. &quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Chaffinch. The female is quite similar to a female House Sparrow, with their brownish plumage, but the male has a beautiful reddish underside that goes up until the face and makes the species easily recognizable. A Goldfinch is a highly-coloured finch with a bright red face and yellow wing patch. &quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Chaffinch, with its short legs and finch-like thick beak. The female Chaffinch is quite similar to a female House Sparrow, with their brownish plumage, but the male has a beautiful reddish underside that goes up until the face and makes the species easily recognizable. You'll usually hear chaffinches before you see them, with their loud song and varied calls.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Chaffinch, with its short legs and finch-like thick beak. The female Chaffinch is quite similar to a female House Sparrow, with their brownish plumage, but the male has a beautiful reddish underside that goes up until the face and makes the species easily recognizable. Both the male and female Robin have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. They also have a much thinner beak than the Chaffinch. &quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Chaffinch. The female Chaffinch is quite similar to a female House Sparrow, with their brownish plumage, but the male has a beautiful reddish underside that goes up until the face and makes the species easily recognizable. The House Sparrow’s beak also possesses a yellowish colour, unlike the pinkish or dark beak of the Chaffinch. &quot;<br /> image= &quot;Image:Chaffinch_RWD2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;14&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Greenfinch (Carduelis chloris)&quot;<br /> choice3=&quot;Goldfinch (Carduelis carduelis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Robin (Erithacus rubecula)&quot;<br /> choice5=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Goldfinch with its bright red face and yellow wing patch. The male Greenfinch is predominantly green and grey, with some yellow flashed in the wings, while the female tends to be browner, but still maintaining some green and yellow feathers. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Goldfinch, with its bright red face and yellow wing patch. The male Chaffinch has a beautiful reddish underside that goes up until the face and makes the species easily recognizable, while the female Chaffinch has a brownish plumage. &quot;<br /> feedback3=&quot;'''Correct!''' This species is called a Goldfinch, with its bright red face and yellow wing patch. Their long fine beaks allow them to extract otherwise inaccessible seeds from thistles and teasels and in Winter many UK goldfinches migrate as far south as Spain.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Goldfinch with its bright red face and yellow wing patch. The Robin has a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. They also have a much thinner beak than the Goldfinch. &quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Goldfinch with its bright red face and yellow wing patch. The House Sparrow has an overall brownish plumage and its beak possesses a yellowish colour, unlike the pink beak of the Goldfinch. &quot;<br /> image= &quot;Image:Carduelis_carduelis_close_up_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;15&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Greenfinch (Carduelis chloris)&quot;<br /> choice3=&quot;Goldfinch (Carduelis carduelis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Robin (Erithacus rubecula)&quot;<br /> choice5=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Greenfinch. The male is predominantly green and grey, with some yellow flashes in the wings, and the female is mostly brown, with some green and yellow feathers. A Goldfinch is a highly-coloured finch with a bright red face and yellow wing patch.&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Greenfinch. The male is predominantly green and grey, with some yellow flashes in the wings, and the female is mostly brown, with some green and yellow feathers. The male Chaffinch has a beautiful reddish underside that goes up until the face and makes the species easily recognizable, while the female Chaffinch has a brownish plumage without the yellow wing feathers. &quot;<br /> feedback1=&quot;'''Correct!''' This species is called a Greenfinch. The male is predominantly green and grey, with some yellow flashes in the wings, while the female tends to be browner, but still maintaining some green and yellow feathers. A recent decline in numbers has been linked to an outbreak of Trichomoniasis, a disease which prevents the birds from feeding properly.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Greenfinch. The male is predominantly green and grey, with some yellow flashes in the wings, and the female is mostly brown, with some green and yellow feathers. The Robin has a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. They also have a much thinner beak than the Greenfinch. &quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Greenfinch. The male is predominantly green and grey, with some yellow flashes in the wings, and the female is mostly brown, with some green and yellow feathers. The House Sparrow has an overall brownish plumage and its beak possesses a yellowish colour, unlike the pink beak of the Greenfinch. &quot;<br /> image= &quot;Image:European_Greenfinch_male_female.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;16&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice3=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Dunnock (Prunella modularis)&quot;<br /> choice5=&quot;Wren (Troglodytes troglodytes)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a House Sparrow with its overall brownish plumage and its yellowish thick beak. The area around the eyes can be light brown in females or a more intense brown in males. The Song Thrush is a bigger bird with brown and light cream plumage and white underside speckled with darker spots.&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a House Sparrow with its overall brownish plumage and its yellowish thick beak. The area around the eyes can be light brown in females or a more intense brown in males. Wrens are even smaller birds with very thin beaks, a plumage in different brownish tones and a short, narrow tail which is sometimes cocked up vertically. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Sparrow with its overall brownish plumage and its yellowish thick beak. The area around the eyes can be light brown in females or a more intense brown in males. Noisy and gregarious, they have managed to colonise most of the world.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a House Sparrow with its overall brownish plumage and its yellowish thick beak. The area around the eyes can be light brown in females or a more intense brown in males. A Dunnock is also a small brown bird but it has grey plumage around the eyes and in the neck area. &quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Sparrow with its overall brownish plumage and its yellowish thick beak. The area around the eyes can be light brown in females or a more intense brown in males. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Passer_domesticus_couple.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197095 2018-02-22T19:13:40Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. &quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. &quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. &quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Blackbird (Turdus merula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blue Tits, with longer legs and shorter beaks, are actually a colourful mix of blue, yellow, green and white, and unlike Swallows, are permanent residents in the UK. &quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. &quot; <br /> feedback4=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback1=&quot;'''Correct!''' Swallows have distinctive glossy dark blue backs, red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. They are found in areas where there is a ready and accessible supply of small insects and are particularly fond of open pasture with access to water and quiet farm buildings.&quot;<br /> image= &quot;Image:Landsvale.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Tree Creeper (Certhia familiaris)&quot;<br /> choice5=&quot;Nuthatch (Sitta europaea)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Wrens are even smaller birds with a plumage in different brownish tones and a short, narrow tail which is sometimes cocked up vertically.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Although House Sparrows can look similar, they have distinctly thicker beaks and the area around the eyes can be light brown in females or a more intense brown in males, with no light grey in the neck.&quot;<br /> feedback3=&quot;'''Correct!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. They inhabit any well vegetated areas with scrub, brambles and hedges, and keep largely on the ground and often close to cover. When two rival males come together they become animated with lots of wing-flicking and loud calling.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Tree Creeper has a long, slender, downcurved bill, its underside is mainly white and, as its name indicates, it lives in trees, often being found vertically climbing the trunks. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Prunella_modularis01.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> choice5=&quot;Robin (Erithacus rubecula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. House Sparrows are bigger and have distinctly thicker beaks. &quot;<br /> feedback1=&quot;'''Correct!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it is dumpy, almost rounded, with a fine bill, very short round wings and a short, narrow tail which is sometimes cocked up vertically. It’s a rather inconspicuous bird, except for its very loud and often complex songs.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male has a beautiful reddish underside plumage that goes up until the face and makes the species easily recognizable. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. Both the male and female Robin have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. &quot;<br /> image= &quot;Image:Ein_neugieriger_Zaunkönig.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Robin (Erithacus rubecula)&quot;<br /> choice5=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> correctchoice=&quot;4&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. House Sparrows are brown birds, without the red feathering in their chest area and have distinctly thicker beaks. &quot;<br /> feedback4=&quot;'''Correct!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. Robins sing nearly all year round and despite their cute appearance, they are aggressively territorial and are quick to drive away intruders.&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. The Song Thrush is bigger, with a white underside speckled with darker spots. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male also has a beautiful reddish underside plumage that goes up until the face. Unlike the Robin, the Chaffinch has the typical thick bill of finches. &quot;<br /> image= &quot;Image:Erithacus_rubecula_with_cocked_head.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nightingale (Luscinia megarhynchos)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback4=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. Starlings’ adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and they do not possess the orange eye rings.&quot;<br /> feedback2=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. Nightingales are smaller birds, only slighter larger than a Robin, with different tones of brown plumage and a a darker beak than the Blackbird. &quot;<br /> feedback3=&quot;'''Correct!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. They are one of the commonest UK birds, residing here all year long.&quot;<br /> feedback1=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. The Song Thrush has a white underside speckled with darker spots, and does not possess the orange beak and eye rings. &quot;<br /> feedback5=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. A Pied Wagtail has black and white plumage, a black beak and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. &quot;<br /> image= &quot;Image:2016.02.20.-02-Mannheim_Vogelstang--Amsel-Weibchen.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Nightingale (Luscinia megarhynchos)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice4=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice5=&quot;Nuthatch (Sitta europaea)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. House Sparrows are smaller, without the white spotted underside, and with a characteristically thick “finch-like” beak.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. Although the female blackbird is brown, often with spots and streaks on their breasts, the spots are not dark and, like the completely black males, they have distinctive bright orange beaks and eye rings. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. It likes to eat snails which it breaks into by smashing them against a stone with a flick of the head. Their numbers are declining dangerously, making it a Red List species.&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. Nightingales are smaller birds, only slighter larger than a Robin, with different tones of brown plumage and no spots. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Song_Thrush_Turdus_philomelos.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;Great Tit (Parus major)&quot;<br /> choice4=&quot;Coal Tit (Periparus ater)&quot;<br /> choice5=&quot;Robin (Erithacus rubecula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. Not as colourful as some of its relatives, the coal tit has a distinctive grey back, black cap, and white patch at the back of its neck. Its smaller, slenderer bill than blue or great tits means it can feed more successfully in conifer trees.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area. &quot;<br /> feedback1=&quot;'''Correct!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. They have a small beak they use to eat insects, caterpillars, seeds and nuts and are common sightings in woodland, hedgerows, parks and gardens.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. The Great Tit is the largest UK tit and it has a black cap instead of blue, with a yellow and green body. It can be quite aggressive at a birdtable, fighting off smaller tits. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. Both the male and female Robin have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. &quot;<br /> image= &quot;Image:Blue_tit_three-quarter_close-up_4.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice3=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> choice2=&quot;Great Tit (Parus major)&quot;<br /> choice4=&quot;Coal Tit (Periparus ater)&quot;<br /> choice5=&quot;House Martin (Delichon urbica)&quot;<br /> correctchoice=&quot;4&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. A Blue Tit has a white face and blue cap, and a colourful mix of yellow, green and blue in the body. &quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male has a beautiful reddish underside plumage that goes up until the face and makes the species easily recognizable. &quot;<br /> feedback4=&quot;'''Correct!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits, which means it can feed more successfully in conifer trees. A regular visitor to most peanut feeders, they will take and store food to eat later.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. The Great Tit is the largest UK tit and it has a yellow and green body. It can be quite aggressive at a birdtable, fighting off smaller tits. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. A House Martin has very short legs, with pure white underparts as well as a white rump and short forked tail. &quot;<br /> image= &quot;Image:Coal_tit_UK09.JPG&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;11&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice3=&quot;Greenfinch (Carduelis chloris)&quot;<br /> choice2=&quot;Great Tit (Parus major)&quot;<br /> choice4=&quot;Coal Tit (Periparus ater)&quot;<br /> choice5=&quot;House Martin (Delichon urbica)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Great Tit, with its black cap, white cheeks and yellow and green body and it is the largest UK tit. A Blue Tit has a white face and blue cap, and a colourful mix of yellow, green and blue in the body. &quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Great Tit, with its black cap, white cheeks and yellow and green body and it is the largest UK tit. The Greenfinch is a bigger bird, with a finch-like thick beak. The male is predominantly green and grey, with some yellow flashed in the wings, while the female tends to be browner, but still maintaining some green and yellow feathers. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a Great Tit, with its black cap, white cheeks and yellow and green body. It is the largest UK tit and it can be quite aggressive at a birdtable, fighting off smaller tits. In Winter, it joins with blue tits and others to form roaming flocks which scour gardens and countryside for food.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Great Tit, with its black cap, white cheeks and yellow and green body and it is the largest UK tit. The Coal Tit has a grey back, black cap, and white patch at the back of its neck, as well as a slenderer bill. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Great Tit, with its black cap, white cheeks and yellow and green body and it is the largest UK tit. A House Martin has very short legs, with pure white underparts as well as a white rump and short forked tail. &quot;<br /> image= &quot;Image:Parus_major_Luc_Viatour.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;12&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice5=&quot;Tree Creeper (Certhia familiaris)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Tree Creeper, with its long, slender, downcurved bill, its mainly white underside and speckly brown back. It lives in trees, often being found vertically climbing the trunks. Wrens are even smaller birds with a plumage in different brownish tones and a short, narrow tail which is sometimes cocked up vertically. &quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Tree Creeper, with its long, slender, downcurved bill, its mainly white underside and speckly brown back. It lives in trees, often being found vertically climbing the trunks. A Dunnock possesses a small brown grey plumage around the eyes and in the neck area, and shorter nails. &quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Tree Creeper, with its long, slender, downcurved bill, its mainly white underside and speckly brown back. It is a small, very active bird, and as its name indicates, it lives in trees, often being found vertically climbing the trunks. They are UK residents and although they leave their breeding territories in autumn, most range no further than 20 km.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Tree Creeper, with its long, slender, downcurved bill, its mainly white underside and speckly brown back. It lives in trees, often being found vertically climbing the trunks. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Tree Creeper, with its long, slender, downcurved bill, its mainly white underside and speckly brown back. It lives in trees, often being found vertically climbing the trunks. Although House Sparrows can look similar, they have distinctly thicker and shorter beaks and are not adept at vertical climbs. &quot;<br /> image= &quot;Image:Certhia_familiaris_brittanica%2C_Gosforth_Park_1a.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197094 2018-02-22T19:03:45Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. &quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. &quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. &quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Blackbird (Turdus merula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blue Tits, with longer legs and shorter beaks, are actually a colourful mix of blue, yellow, green and white, and unlike Swallows, are permanent residents in the UK. &quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. &quot; <br /> feedback4=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback1=&quot;'''Correct!''' Swallows have distinctive glossy dark blue backs, red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. They are found in areas where there is a ready and accessible supply of small insects and are particularly fond of open pasture with access to water and quiet farm buildings.&quot;<br /> image= &quot;Image:Landsvale.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Tree Creeper (Certhia familiaris)&quot;<br /> choice5=&quot;Nuthatch (Sitta europaea)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Wrens are even smaller birds with a plumage in different brownish tones and a short, narrow tail which is sometimes cocked up vertically.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Although House Sparrows can look similar, they have distinctly thicker beaks and the area around the eyes can be light brown in females or a more intense brown in males, with no light grey in the neck.&quot;<br /> feedback3=&quot;'''Correct!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. They inhabit any well vegetated areas with scrub, brambles and hedges, and keep largely on the ground and often close to cover. When two rival males come together they become animated with lots of wing-flicking and loud calling.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Tree Creeper has a long, slender, downcurved bill, its underside is mainly white and, as its name indicates, it lives in trees, often being found vertically climbing the trunks. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Prunella_modularis01.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> choice5=&quot;Robin (Erithacus rubecula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. House Sparrows are bigger and have distinctly thicker beaks. &quot;<br /> feedback1=&quot;'''Correct!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it is dumpy, almost rounded, with a fine bill, very short round wings and a short, narrow tail which is sometimes cocked up vertically. It’s a rather inconspicuous bird, except for its very loud and often complex songs.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male has a beautiful reddish underside plumage that goes up until the face and makes the species easily recognizable. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. Both the male and female Robin have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. &quot;<br /> image= &quot;Image:Ein_neugieriger_Zaunkönig.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Robin (Erithacus rubecula)&quot;<br /> choice5=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> correctchoice=&quot;4&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. House Sparrows are brown birds, without the red feathering in their chest area and have distinctly thicker beaks. &quot;<br /> feedback4=&quot;'''Correct!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. Robins sing nearly all year round and despite their cute appearance, they are aggressively territorial and are quick to drive away intruders.&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. The Song Thrush is bigger, with a white underside speckled with darker spots. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male also has a beautiful reddish underside plumage that goes up until the face. Unlike the Robin, the Chaffinch has the typical thick bill of finches. &quot;<br /> image= &quot;Image:Erithacus_rubecula_with_cocked_head.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nightingale (Luscinia megarhynchos)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback4=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. Starlings’ adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and they do not possess the orange eye rings.&quot;<br /> feedback2=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. Nightingales are smaller birds, only slighter larger than a Robin, with different tones of brown plumage and a a darker beak than the Blackbird. &quot;<br /> feedback3=&quot;'''Correct!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. They are one of the commonest UK birds, residing here all year long.&quot;<br /> feedback1=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. The Song Thrush has a white underside speckled with darker spots, and does not possess the orange beak and eye rings. &quot;<br /> feedback5=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. A Pied Wagtail has black and white plumage, a black beak and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. &quot;<br /> image= &quot;Image:2016.02.20.-02-Mannheim_Vogelstang--Amsel-Weibchen.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Nightingale (Luscinia megarhynchos)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice4=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice5=&quot;Nuthatch (Sitta europaea)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. House Sparrows are smaller, without the white spotted underside, and with a characteristically thick “finch-like” beak.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. Although the female blackbird is brown, often with spots and streaks on their breasts, the spots are not dark and, like the completely black males, they have distinctive bright orange beaks and eye rings. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. It likes to eat snails which it breaks into by smashing them against a stone with a flick of the head. Their numbers are declining dangerously, making it a Red List species.&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. Nightingales are smaller birds, only slighter larger than a Robin, with different tones of brown plumage and no spots. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Song Thrush, with its brown and light cream plumage and white underside speckled with darker spots. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Song_Thrush_Turdus_philomelos.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;Great Tit (Parus major)&quot;<br /> choice4=&quot;Coal Tit (Periparus ater)&quot;<br /> choice5=&quot;Robin (Erithacus rubecula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. Not as colourful as some of its relatives, the coal tit has a distinctive grey back, black cap, and white patch at the back of its neck. Its smaller, slenderer bill than blue or great tits means it can feed more successfully in conifer trees.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area. &quot;<br /> feedback1=&quot;'''Correct!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. They have a small beak they use to eat insects, caterpillars, seeds and nuts and are common sightings in woodland, hedgerows, parks and gardens.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. The Great Tit is the largest UK tit and it has a black cap instead of blue, with a yellow and green body. It can be quite aggressive at a birdtable, fighting off smaller tits. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Blue Tit, with its white face and blue cap, and a colourful mix of yellow, green and blue in the body. Both the male and female Robin have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. &quot;<br /> image= &quot;Image:Blue_tit_three-quarter_close-up_4.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice3=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> choice2=&quot;Great Tit (Parus major)&quot;<br /> choice4=&quot;Coal Tit (Periparus ater)&quot;<br /> choice5=&quot;House Martin (Delichon urbica)&quot;<br /> correctchoice=&quot;4&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. A Blue Tit has a white face and blue cap, and a colourful mix of yellow, green and blue in the body. &quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male has a beautiful reddish underside plumage that goes up until the face and makes the species easily recognizable. &quot;<br /> feedback4=&quot;'''Correct!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits, which means it can feed more successfully in conifer trees. A regular visitor to most peanut feeders, they will take and store food to eat later.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. The Great Tit is the largest UK tit and it has a yellow and green body. It can be quite aggressive at a birdtable, fighting off smaller tits. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. A House Martin has very short legs, with pure white underparts as well as a white rump and short forked tail. &quot;<br /> image= &quot;Image:Coal_tit_UK09.JPG&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;11&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice3=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> choice2=&quot;Great Tit (Parus major)&quot;<br /> choice4=&quot;Coal Tit (Periparus ater)&quot;<br /> choice5=&quot;House Martin (Delichon urbica)&quot;<br /> correctchoice=&quot;4&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. A Blue Tit has a white face and blue cap, and a colourful mix of yellow, green and blue in the body. &quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male has a beautiful reddish underside plumage that goes up until the face and makes the species easily recognizable. &quot;<br /> feedback4=&quot;'''Correct!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits, which means it can feed more successfully in conifer trees. A regular visitor to most peanut feeders, they will take and store food to eat later.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. The Great Tit is the largest UK tit and it has a yellow and green body. It can be quite aggressive at a birdtable, fighting off smaller tits. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Coal Tit, with its distinctive grey back, black cap, and white patch at the back of its neck. Not as colourful as some of its relatives, the coal tit has a smaller, slenderer bill than blue or great tits. A House Martin has very short legs, with pure white underparts as well as a white rump and short forked tail. &quot;<br /> image= &quot;Image:Coal_tit_UK09.JPG&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197093 2018-02-22T18:50:06Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. &quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. &quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. &quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Blackbird (Turdus merula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blue Tits, with longer legs and shorter beaks, are actually a colourful mix of blue, yellow, green and white, and unlike Swallows, are permanent residents in the UK. &quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. &quot; <br /> feedback4=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback1=&quot;'''Correct!''' Swallows have distinctive glossy dark blue backs, red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. They are found in areas where there is a ready and accessible supply of small insects and are particularly fond of open pasture with access to water and quiet farm buildings.&quot;<br /> image= &quot;Image:Landsvale.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Tree Creeper (Certhia familiaris)&quot;<br /> choice5=&quot;Nuthatch (Sitta europaea)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Wrens are even smaller birds with a plumage in different brownish tones and a short, narrow tail which is sometimes cocked up vertically.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Although House Sparrows can look similar, they have distinctly thicker beaks and the area around the eyes can be light brown in females or a more intense brown in males, with no light grey in the neck.&quot;<br /> feedback3=&quot;'''Correct!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. They inhabit any well vegetated areas with scrub, brambles and hedges, and keep largely on the ground and often close to cover. When two rival males come together they become animated with lots of wing-flicking and loud calling.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Tree Creeper has a long, slender, downcurved bill, its underside is mainly white and, as its name indicates, it lives in trees, often being found vertically climbing the trunks. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Prunella_modularis01.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> choice5=&quot;Robin (Erithacus rubecula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. House Sparrows are bigger and have distinctly thicker beaks. &quot;<br /> feedback1=&quot;'''Correct!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it is dumpy, almost rounded, with a fine bill, very short round wings and a short, narrow tail which is sometimes cocked up vertically. It’s a rather inconspicuous bird, except for its very loud and often complex songs.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male has a beautiful reddish underside plumage that goes up until the face and makes the species easily recognizable. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. Both the male and female Robin have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. &quot;<br /> image= &quot;Image:Ein_neugieriger_Zaunkönig.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Robin (Erithacus rubecula)&quot;<br /> choice5=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> correctchoice=&quot;4&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. House Sparrows are brown birds, without the red feathering in their chest area and have distinctly thicker beaks. &quot;<br /> feedback4=&quot;'''Correct!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. Robins sing nearly all year round and despite their cute appearance, they are aggressively territorial and are quick to drive away intruders.&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. The Song Thrush is bigger, with a white underside speckled with darker spots. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male also has a beautiful reddish underside plumage that goes up until the face. Unlike the Robin, the Chaffinch has the typical thick bill of finches. &quot;<br /> image= &quot;Image:Erithacus_rubecula_with_cocked_head.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nightingale (Luscinia megarhynchos)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback4=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. Starlings’ adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and they do not possess the orange eye rings.&quot;<br /> feedback2=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. Nightingales are smaller birds, only slighter larger than a Robin, with different tones of brown plumage and a a darker beak than the Blackbird. &quot;<br /> feedback3=&quot;'''Correct!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. They are one of the commonest UK birds, residing here all year long.&quot;<br /> feedback1=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. The Song Thrush has a white underside speckled with darker spots, and does not possess the orange beak and eye rings. &quot;<br /> feedback5=&quot;'''Incorrect!''' This is a female Blackbird. Although the males have a distinctive black plumage, the female blackbird is brown, often with spots and streaks on their breasts. However, both males and females possess a characteristic bright orange beaks and eye rings. A Pied Wagtail has black and white plumage, a black beak and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. &quot;<br /> image= &quot;Image:Erithacus_rubecula_with_cocked_head.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197092 2018-02-22T18:44:39Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. &quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. &quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. &quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Blackbird (Turdus merula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blue Tits, with longer legs and shorter beaks, are actually a colourful mix of blue, yellow, green and white, and unlike Swallows, are permanent residents in the UK. &quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. &quot; <br /> feedback4=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback1=&quot;'''Correct!''' Swallows have distinctive glossy dark blue backs, red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. They are found in areas where there is a ready and accessible supply of small insects and are particularly fond of open pasture with access to water and quiet farm buildings.&quot;<br /> image= &quot;Image:Landsvale.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Tree Creeper (Certhia familiaris)&quot;<br /> choice5=&quot;Nuthatch (Sitta europaea)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Wrens are even smaller birds with a plumage in different brownish tones and a short, narrow tail which is sometimes cocked up vertically.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Although House Sparrows can look similar, they have distinctly thicker beaks and the area around the eyes can be light brown in females or a more intense brown in males, with no light grey in the neck.&quot;<br /> feedback3=&quot;'''Correct!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. They inhabit any well vegetated areas with scrub, brambles and hedges, and keep largely on the ground and often close to cover. When two rival males come together they become animated with lots of wing-flicking and loud calling.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Tree Creeper has a long, slender, downcurved bill, its underside is mainly white and, as its name indicates, it lives in trees, often being found vertically climbing the trunks. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Prunella_modularis01.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> choice5=&quot;Robin (Erithacus rubecula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. House Sparrows are bigger and have distinctly thicker beaks. &quot;<br /> feedback1=&quot;'''Correct!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it is dumpy, almost rounded, with a fine bill, very short round wings and a short, narrow tail which is sometimes cocked up vertically. It’s a rather inconspicuous bird, except for its very loud and often complex songs.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male has a beautiful reddish underside plumage that goes up until the face and makes the species easily recognizable. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. Both the male and female Robin have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. &quot;<br /> image= &quot;Image:Ein_neugieriger_Zaunkönig.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Song Thrush (Turdus philomelos)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Robin (Erithacus rubecula)&quot;<br /> choice5=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> correctchoice=&quot;4&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. House Sparrows are brown birds, without the red feathering in their chest area and have distinctly thicker beaks. &quot;<br /> feedback4=&quot;'''Correct!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. Robins sing nearly all year round and despite their cute appearance, they are aggressively territorial and are quick to drive away intruders.&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. The Song Thrush is bigger, with a white underside speckled with darker spots. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Robin. Both the male and female have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male also has a beautiful reddish underside plumage that goes up until the face. Unlike the Robin, the Chaffinch has the typical thick bill of finches. &quot;<br /> image= &quot;Image:Erithacus_rubecula_with_cocked_head.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197091 2018-02-22T18:39:13Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. &quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. &quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. &quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Blackbird (Turdus merula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blue Tits, with longer legs and shorter beaks, are actually a colourful mix of blue, yellow, green and white, and unlike Swallows, are permanent residents in the UK. &quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. &quot; <br /> feedback4=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback1=&quot;'''Correct!''' Swallows have distinctive glossy dark blue backs, red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. They are found in areas where there is a ready and accessible supply of small insects and are particularly fond of open pasture with access to water and quiet farm buildings.&quot;<br /> image= &quot;Image:Landsvale.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Tree Creeper (Certhia familiaris)&quot;<br /> choice5=&quot;Nuthatch (Sitta europaea)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Wrens are even smaller birds with a plumage in different brownish tones and a short, narrow tail which is sometimes cocked up vertically.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Although House Sparrows can look similar, they have distinctly thicker beaks and the area around the eyes can be light brown in females or a more intense brown in males, with no light grey in the neck.&quot;<br /> feedback3=&quot;'''Correct!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. They inhabit any well vegetated areas with scrub, brambles and hedges, and keep largely on the ground and often close to cover. When two rival males come together they become animated with lots of wing-flicking and loud calling.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Tree Creeper has a long, slender, downcurved bill, its underside is mainly white and, as its name indicates, it lives in trees, often being found vertically climbing the trunks. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Prunella_modularis01.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Chaffinch (Fringilla coelebs)&quot;<br /> choice5=&quot;Robin (Erithacus rubecula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. A Dunnock is a small brown bird with grey plumage around the eyes and in the neck area.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. House Sparrows are bigger and have distinctly thicker beaks. &quot;<br /> feedback1=&quot;'''Correct!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it is dumpy, almost rounded, with a fine bill, very short round wings and a short, narrow tail which is sometimes cocked up vertically. It’s a rather inconspicuous bird, except for its very loud and often complex songs.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. The female Chaffinch is quite similar to a female House Sparrow, with their thick beaks, but the male has a beautiful reddish underside plumage that goes up until the face and makes the species easily recognizable. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Wren, one of the smallest birds in the UK. Its plumage takes in different brownish tones, it has an almost rounded shape, a fine bill and a narrow tail which is sometimes cocked up vertically. Both the male and female Robin have a characteristic bright red breast, surrounded by a grey patch, with a brown back and white underside. &quot;<br /> image= &quot;Image:Ein_neugieriger_Zaunkönig.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197090 2018-02-22T18:34:08Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. &quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. &quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. &quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Blackbird (Turdus merula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blue Tits, with longer legs and shorter beaks, are actually a colourful mix of blue, yellow, green and white, and unlike Swallows, are permanent residents in the UK. &quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. &quot; <br /> feedback4=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback1=&quot;'''Correct!''' Swallows have distinctive glossy dark blue backs, red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. They are found in areas where there is a ready and accessible supply of small insects and are particularly fond of open pasture with access to water and quiet farm buildings.&quot;<br /> image= &quot;Image:Landsvale.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Wren (Troglodytes troglodytes)&quot;<br /> choice3=&quot;Dunnock (Prunella modularis)&quot;<br /> choice2=&quot;House Sparrow (Passer domesticus)&quot;<br /> choice4=&quot;Tree Creeper (Certhia familiaris)&quot;<br /> choice5=&quot;Nuthatch (Sitta europaea)&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Wrens are even smaller birds with a plumage in different brownish tones and a short, narrow tail which is sometimes cocked up vertically.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. Although House Sparrows can look similar, they have distinctly thicker beaks and the area around the eyes can be light brown in females or a more intense brown in males, with no light grey in the neck.&quot;<br /> feedback3=&quot;'''Correct!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. They inhabit any well vegetated areas with scrub, brambles and hedges, and keep largely on the ground and often close to cover. When two rival males come together they become animated with lots of wing-flicking and loud calling.&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Tree Creeper has a long, slender, downcurved bill, its underside is mainly white and, as its name indicates, it lives in trees, often being found vertically climbing the trunks. &quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Dunnock, a small brown bird with grey plumage around the eyes and in the neck area. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail and a long black stripe covering its eyes. &quot;<br /> image= &quot;Image:Prunella_modularis01.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197089 2018-02-22T18:29:12Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. &quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. &quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. &quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Blackbird (Turdus merula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blue Tits, with longer legs and shorter beaks, are actually a colourful mix of blue, yellow, green and white, and unlike Swallows, are permanent residents in the UK. &quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. &quot; <br /> feedback4=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. &quot;<br /> feedback1=&quot;'''Correct!''' Swallows have distinctive glossy dark blue backs, red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. They are found in areas where there is a ready and accessible supply of small insects and are particularly fond of open pasture with access to water and quiet farm buildings.&quot;<br /> image= &quot;Image:Landsvale.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Coal Tit (Periparus ater)&quot;<br /> choice3=&quot;Blackbird (Turdus merula)&quot;<br /> choice2=&quot;Nuthatch (Sitta europaea)&quot;<br /> choice4=&quot;Starling (Sturnus vulgaris)&quot;<br /> choice5=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The coal tit is a small bird with a distinctive grey back, black cap, and white patch at the back of its neck. In Winter they join with other tits to form flocks which roam through woodlands and gardens in search of food.&quot;<br /> feedback5=&quot;'''Correct!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular tail that, in accordance to their common name, they frequently “wag”. Best looked for near water and can be found in most habitats, even town centres. They gather together in large roosts at dusk, sometimes in towns, often assembling on roofs beforehand.&quot;<br /> feedback2=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. The Nuthatch is actually a plump bird with a blue-grey back and whitish underside, with chestnut on its sides and under its tail. It has a long black stripe covering its eyes, a long black pointed bill, and short legs. .&quot;<br /> feedback4=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Starlings are bigger birds whose adult plumage may seem black in the distance, but it is actually very glossy with a sheen of purples and greens, and does not have white colouring in its head and underside.&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Pied Wagtail, with its black and white plumage, black beak, long hindclaws and a long-rectangular “wagging” tail. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts..&quot; <br /> image= &quot;Image:White-Wagtail.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;In lizards, what is the proctodeum?&quot;<br /> choice1=&quot;The part of the cloaca which collects urinary wastage.&quot;<br /> choice3=&quot;The part of the cloaca which collects faeces.&quot;<br /> choice2=&quot;The final chamber of the cloaca, prior to elimination.&quot;<br /> choice4=&quot;The equivalent of a caecum in mammals.&quot;<br /> choice5=&quot;The name given to the transverse cloacal slit.&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' The ureodeum is the part of the cloaca which collects urinary wastage. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' The coprodeum is the part of cloaca which collects faeces. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback2=&quot;'''Correct!''' The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback4=&quot;'''Incorrect!''' A caecum is present in many lizard species. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback5=&quot;'''Incorrect!''' The vent is the external opening of the cloaca. The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197088 2018-02-22T18:22:11Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. &quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Blackbird (Turdus merula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blue Tits, with longer legs and shorter beaks, are actually a colourful mix of blue, yellow, green and white, and unlike Swallows, are permanent residents in the UK. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot; <br /> feedback4=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback1=&quot;'''Correct!''' Swallows have distinctive glossy dark blue backs, red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. They are found in areas where there is a ready and accessible supply of small insects and are particularly fond of open pasture with access to water and quiet farm buildings.[[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> image= &quot;Image:Landsvale.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What anatomical characteristic is specific to lizards capable of autotomy?&quot;<br /> choice1=&quot;They have a horizontal fracture plane through the body.&quot;<br /> choice3=&quot;They have a vertical fracture plane through the body.&quot;<br /> choice2=&quot;They lack part of the neural arch of the tail vertebrae.&quot;<br /> choice4=&quot;They have a single occiptal condyle.&quot;<br /> choice5=&quot;They have ribs on tail and cervical vertebrae.&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback3=&quot;'''Correct!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback2=&quot;'''Incorrect!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback4=&quot;'''Incorrect!''' Like other reptiles, lizards have a single occiptal condyle. This characteristic isn't specific to lizards capabale of autotomy. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback5=&quot;'''Incorrect!''' Ribs are present on all vertebrae except tail and cervical vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot; <br /> image= &quot;Image:Lizard_autotomy.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;In lizards, what is the proctodeum?&quot;<br /> choice1=&quot;The part of the cloaca which collects urinary wastage.&quot;<br /> choice3=&quot;The part of the cloaca which collects faeces.&quot;<br /> choice2=&quot;The final chamber of the cloaca, prior to elimination.&quot;<br /> choice4=&quot;The equivalent of a caecum in mammals.&quot;<br /> choice5=&quot;The name given to the transverse cloacal slit.&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' The ureodeum is the part of the cloaca which collects urinary wastage. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' The coprodeum is the part of cloaca which collects faeces. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback2=&quot;'''Correct!''' The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback4=&quot;'''Incorrect!''' A caecum is present in many lizard species. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback5=&quot;'''Incorrect!''' The vent is the external opening of the cloaca. The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197087 2018-02-22T18:21:15Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Blue Tit (Cyanistes caeruleus)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Blackbird (Turdus merula)&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback5=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blackbirds are bigger birds with long legs and although the males have a distinctive black plumage with bright orange beaks and eye rings, the female blackbird is brown, often with spots and streaks on their breasts. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Blue Tits, with longer legs and shorter beaks, are actually a colourful mix of blue, yellow, green and white, and unlike Swallows, are permanent residents in the UK. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot; <br /> feedback4=&quot;'''Incorrect!''' This species is called a Swallow, with its distinctive glossy dark blue backs, red throats and long tail streamers. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback1=&quot;'''Correct!''' Swallows have distinctive glossy dark blue backs, red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. They are found in areas where there is a ready and accessible supply of small insects and are particularly fond of open pasture with access to water and quiet farm buildings.[[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> image= &quot;Image:Landsvale.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What anatomical characteristic is specific to lizards capable of autotomy?&quot;<br /> choice1=&quot;They have a horizontal fracture plane through the body.&quot;<br /> choice3=&quot;They have a vertical fracture plane through the body.&quot;<br /> choice2=&quot;They lack part of the neural arch of the tail vertebrae.&quot;<br /> choice4=&quot;They have a single occiptal condyle.&quot;<br /> choice5=&quot;They have ribs on tail and cervical vertebrae.&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback3=&quot;'''Correct!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback2=&quot;'''Incorrect!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback4=&quot;'''Incorrect!''' Like other reptiles, lizards have a single occiptal condyle. This characteristic isn't specific to lizards capabale of autotomy. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback5=&quot;'''Incorrect!''' Ribs are present on all vertebrae except tail and cervical vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot; <br /> image= &quot;Image:Lizard_autotomy.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;In lizards, what is the proctodeum?&quot;<br /> choice1=&quot;The part of the cloaca which collects urinary wastage.&quot;<br /> choice3=&quot;The part of the cloaca which collects faeces.&quot;<br /> choice2=&quot;The final chamber of the cloaca, prior to elimination.&quot;<br /> choice4=&quot;The equivalent of a caecum in mammals.&quot;<br /> choice5=&quot;The name given to the transverse cloacal slit.&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' The ureodeum is the part of the cloaca which collects urinary wastage. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' The coprodeum is the part of cloaca which collects faeces. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback2=&quot;'''Correct!''' The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback4=&quot;'''Incorrect!''' A caecum is present in many lizard species. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback5=&quot;'''Incorrect!''' The vent is the external opening of the cloaca. The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197086 2018-02-22T18:15:20Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> image= &quot;Image:House_Martins_2.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;Injecting lizards with nephrotoxic drugs could potentially result in increased renal toxicity because...?&quot;<br /> choice1=&quot;lizards have a three chambered heart.&quot;<br /> choice3=&quot;reptiles are extremely sensitive to nephrotoxic drugs.&quot;<br /> choice2=&quot;the venous return from the tail and hindlimbs isn't filtered through the kidneys. &quot;<br /> choice4=&quot;the venous return from the tail and hindlimbs isn't filtered through the liver.&quot;<br /> choice5=&quot;of the renal portal system&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' Lizards do indeed have a three chambered heart; however this does not explain the increased renal toxicity. The reason is that reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. Therefore the injection of drugs that are cleared via tubular excretion into the caudal half of the body could result in lower than anticipated serum concentration because of their excretion in the urine before entering the systemic circulation. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' The reason is that reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. Therefore the injection of drugs that are cleared via tubular excretion into the caudal half of the body could result in lower than anticipated serum concentration because of their excretion in the urine before entering the systemic circulation. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot; <br /> feedback4=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the liver. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback5=&quot;'''Correct!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. Venous return may also be filtered through the liver. Therefore the injection of drugs that are cleared via tubular excretion into the caudal half of the body could result in lower than anticipated serum concentration because of their excretion in the urine before entering the systemic circulation.[[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What anatomical characteristic is specific to lizards capable of autotomy?&quot;<br /> choice1=&quot;They have a horizontal fracture plane through the body.&quot;<br /> choice3=&quot;They have a vertical fracture plane through the body.&quot;<br /> choice2=&quot;They lack part of the neural arch of the tail vertebrae.&quot;<br /> choice4=&quot;They have a single occiptal condyle.&quot;<br /> choice5=&quot;They have ribs on tail and cervical vertebrae.&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback3=&quot;'''Correct!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback2=&quot;'''Incorrect!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback4=&quot;'''Incorrect!''' Like other reptiles, lizards have a single occiptal condyle. This characteristic isn't specific to lizards capabale of autotomy. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback5=&quot;'''Incorrect!''' Ribs are present on all vertebrae except tail and cervical vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot; <br /> image= &quot;Image:Lizard_autotomy.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;In lizards, what is the proctodeum?&quot;<br /> choice1=&quot;The part of the cloaca which collects urinary wastage.&quot;<br /> choice3=&quot;The part of the cloaca which collects faeces.&quot;<br /> choice2=&quot;The final chamber of the cloaca, prior to elimination.&quot;<br /> choice4=&quot;The equivalent of a caecum in mammals.&quot;<br /> choice5=&quot;The name given to the transverse cloacal slit.&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' The ureodeum is the part of the cloaca which collects urinary wastage. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' The coprodeum is the part of cloaca which collects faeces. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback2=&quot;'''Correct!''' The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback4=&quot;'''Incorrect!''' A caecum is present in many lizard species. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback5=&quot;'''Incorrect!''' The vent is the external opening of the cloaca. The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197085 2018-02-22T18:10:41Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;What species of Passerine bird is this?&quot;<br /> choice1=&quot;Swallow (Hirundo rustica)&quot;<br /> choice3=&quot;Pied Wagtail (Motacilla alba)&quot;<br /> choice2=&quot;House Martin (Delichon urbica)&quot;<br /> choice4=&quot;Swift (Apus apus)&quot;<br /> choice5=&quot;Starling (Sturnus vulgaris)&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Although they belong to the same family, swallows have distinctive red throats and long tail streamers. They are extremely agile in flight and spend most of their time on the wing. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback2=&quot;'''Correct!''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. The bird's mud nest is usually sited below the eaves of buildings. They are summer migrants and spend their winters in Africa. Although still numerous and widespread, recent moderate declines earn them a place on the Amber List. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback3=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Pied Wagtails also have a black and white plumage, but they possess a black beak, have long slender legs, with long hindclaws and a long-rectangular tail that they characteristically are frequently “wagging”. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback4=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Swifts are larger birds with a dark underside, long, scythe-like wings and a short, forked tail. Like the House Martins and Swallows, it is also a Summer migrant and spends its winters in Africa. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback5=&quot;'''Incorrect.''' This species is called a House Martin, with its pure white underparts as well as a white rump and short forked tail. Starlings are bigger birds with long legs and although its adult plumage may seem black in the distance, it is actually very glossy with a sheen of purples and greens. Unlike swifts, swallows and house-martins they walk and run confidently on the ground. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> image= &quot;Image:Lizard_skull_mandible.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;Injecting lizards with nephrotoxic drugs could potentially result in increased renal toxicity because...?&quot;<br /> choice1=&quot;lizards have a three chambered heart.&quot;<br /> choice3=&quot;reptiles are extremely sensitive to nephrotoxic drugs.&quot;<br /> choice2=&quot;the venous return from the tail and hindlimbs isn't filtered through the kidneys. &quot;<br /> choice4=&quot;the venous return from the tail and hindlimbs isn't filtered through the liver.&quot;<br /> choice5=&quot;of the renal portal system&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' Lizards do indeed have a three chambered heart; however this does not explain the increased renal toxicity. The reason is that reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. Therefore the injection of drugs that are cleared via tubular excretion into the caudal half of the body could result in lower than anticipated serum concentration because of their excretion in the urine before entering the systemic circulation. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' The reason is that reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. Therefore the injection of drugs that are cleared via tubular excretion into the caudal half of the body could result in lower than anticipated serum concentration because of their excretion in the urine before entering the systemic circulation. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot; <br /> feedback4=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the liver. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback5=&quot;'''Correct!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. Venous return may also be filtered through the liver. Therefore the injection of drugs that are cleared via tubular excretion into the caudal half of the body could result in lower than anticipated serum concentration because of their excretion in the urine before entering the systemic circulation.[[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What anatomical characteristic is specific to lizards capable of autotomy?&quot;<br /> choice1=&quot;They have a horizontal fracture plane through the body.&quot;<br /> choice3=&quot;They have a vertical fracture plane through the body.&quot;<br /> choice2=&quot;They lack part of the neural arch of the tail vertebrae.&quot;<br /> choice4=&quot;They have a single occiptal condyle.&quot;<br /> choice5=&quot;They have ribs on tail and cervical vertebrae.&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback3=&quot;'''Correct!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback2=&quot;'''Incorrect!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback4=&quot;'''Incorrect!''' Like other reptiles, lizards have a single occiptal condyle. This characteristic isn't specific to lizards capabale of autotomy. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback5=&quot;'''Incorrect!''' Ribs are present on all vertebrae except tail and cervical vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot; <br /> image= &quot;Image:Lizard_autotomy.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;In lizards, what is the proctodeum?&quot;<br /> choice1=&quot;The part of the cloaca which collects urinary wastage.&quot;<br /> choice3=&quot;The part of the cloaca which collects faeces.&quot;<br /> choice2=&quot;The final chamber of the cloaca, prior to elimination.&quot;<br /> choice4=&quot;The equivalent of a caecum in mammals.&quot;<br /> choice5=&quot;The name given to the transverse cloacal slit.&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' The ureodeum is the part of the cloaca which collects urinary wastage. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' The coprodeum is the part of cloaca which collects faeces. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback2=&quot;'''Correct!''' The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback4=&quot;'''Incorrect!''' A caecum is present in many lizard species. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback5=&quot;'''Incorrect!''' The vent is the external opening of the cloaca. The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=MCQ-exotics&diff=197084 2018-02-22T17:55:40Z

<p>Flvet: Created page with &quot;{{toplink |linkpage =WikiQuiz |linktext = WikiQuiz |pagetype=Quiz |Review= }}&lt;br&gt; {{Review}} &lt;WikiQuiz questionnumber=&quot;1&quot; question=&quot;Some lizards have a parietal eye which pl...&quot;</p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |pagetype=Quiz<br /> |Review= <br /> }}&lt;br&gt;<br /> <br /> {{Review}}<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;Some lizards have a parietal eye which plays a role in ...?&quot;<br /> choice1=&quot;nocturnal vision&quot;<br /> choice3=&quot;hormone regulation&quot;<br /> choice2=&quot;olfaction&quot;<br /> choice4=&quot;peripheral vision&quot;<br /> choice5=&quot;menace response&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' Although sensitive to changes in light, the parietal eye cannot form images. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback3=&quot;'''Correct!''' The parietal eye is a sensory organ connected to the central nervous system and the pineal gland by the small parietal nerve; it functions in hormone production (including reproduction) and thermoregulation. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback2=&quot;'''Incorrect.''' The parietal eye is a sensory organ connected to the central nervous system and the pineal gland by the small parietal nerve; it functions in hormone production (including reproduction) and thermoregulation. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback4=&quot;'''Incorrect.''' Although sensitive to changes in light, the parietal eye cannot form images. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> feedback5=&quot;'''Incorrect.''' The parietal eye is a sensory organ connected to the central nervous system and the pineal gland by the small parietal nerve; it functions in hormone production (including reproduction) and thermoregulation. [[Lizard Eye|WikiVet Article: Lizard Eye]].&quot;<br /> image= &quot;Image:Lizard_skull_mandible.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;Injecting lizards with nephrotoxic drugs could potentially result in increased renal toxicity because...?&quot;<br /> choice1=&quot;lizards have a three chambered heart.&quot;<br /> choice3=&quot;reptiles are extremely sensitive to nephrotoxic drugs.&quot;<br /> choice2=&quot;the venous return from the tail and hindlimbs isn't filtered through the kidneys. &quot;<br /> choice4=&quot;the venous return from the tail and hindlimbs isn't filtered through the liver.&quot;<br /> choice5=&quot;of the renal portal system&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback1=&quot;'''Incorrect!''' Lizards do indeed have a three chambered heart; however this does not explain the increased renal toxicity. The reason is that reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. Therefore the injection of drugs that are cleared via tubular excretion into the caudal half of the body could result in lower than anticipated serum concentration because of their excretion in the urine before entering the systemic circulation. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' The reason is that reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. Therefore the injection of drugs that are cleared via tubular excretion into the caudal half of the body could result in lower than anticipated serum concentration because of their excretion in the urine before entering the systemic circulation. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback2=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot; <br /> feedback4=&quot;'''Incorrect!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the liver. [[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> feedback5=&quot;'''Correct!''' Reptiles have a renal portal system where venous return from the tail and hindlimbs may be filtered through the kidneys to bathe the renal tubules. Venous return may also be filtered through the liver. Therefore the injection of drugs that are cleared via tubular excretion into the caudal half of the body could result in lower than anticipated serum concentration because of their excretion in the urine before entering the systemic circulation.[[Lizard Cardiovascular System|WikiVet Article: Lizard Cardiovascular System]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;What anatomical characteristic is specific to lizards capable of autotomy?&quot;<br /> choice1=&quot;They have a horizontal fracture plane through the body.&quot;<br /> choice3=&quot;They have a vertical fracture plane through the body.&quot;<br /> choice2=&quot;They lack part of the neural arch of the tail vertebrae.&quot;<br /> choice4=&quot;They have a single occiptal condyle.&quot;<br /> choice5=&quot;They have ribs on tail and cervical vertebrae.&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback1=&quot;'''Incorrect!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback3=&quot;'''Correct!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback2=&quot;'''Incorrect!''' Lizards that are capable of autotomy have a vertical fracture plane through the body and part of the neural arch of the tail vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback4=&quot;'''Incorrect!''' Like other reptiles, lizards have a single occiptal condyle. This characteristic isn't specific to lizards capabale of autotomy. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot;<br /> feedback5=&quot;'''Incorrect!''' Ribs are present on all vertebrae except tail and cervical vertebrae. [[Lizard Musculoskeletal System|WikiVet Article: Lizard Musculoskeletal System]].&quot; <br /> image= &quot;Image:Lizard_autotomy.jpg&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;In lizards, what is the proctodeum?&quot;<br /> choice1=&quot;The part of the cloaca which collects urinary wastage.&quot;<br /> choice3=&quot;The part of the cloaca which collects faeces.&quot;<br /> choice2=&quot;The final chamber of the cloaca, prior to elimination.&quot;<br /> choice4=&quot;The equivalent of a caecum in mammals.&quot;<br /> choice5=&quot;The name given to the transverse cloacal slit.&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback1=&quot;'''Incorrect!''' The ureodeum is the part of the cloaca which collects urinary wastage. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback3=&quot;'''Incorrect!''' The coprodeum is the part of cloaca which collects faeces. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback2=&quot;'''Correct!''' The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback4=&quot;'''Incorrect!''' A caecum is present in many lizard species. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> feedback5=&quot;'''Incorrect!''' The vent is the external opening of the cloaca. The proctodeum is the final chamber of the cloaca, prior to elimination. [[Lizard Gastrointestinal System|WikiVet Article: Lizard Gastrointestinal System]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> <br /> <br /> [[Category:Lizard_Quizzes|A]]<br /> [[Category:Quizzes]][[Category:Anatomy_&amp;_Physiology_Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196865 2018-02-07T13:22:14Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Flight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spary&quot;<br /> choice5=&quot;All the above&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!'''&quot;<br /> feedback2=&quot;'''Incorrect.'''&quot;<br /> feedback3=&quot;'''Incorrect.'''&quot;<br /> feedback4=&quot;'''Incorrect.'''&quot;<br /> feedback5=&quot;'''Incorrect.'''&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;Cats try to avoid fighting because it: &quot;<br /> choice1=&quot;Is a waste of energy&quot;<br /> choice2=&quot;Results in bad karma&quot;<br /> choice3=&quot;Is emotionally stressful&quot;<br /> choice4=&quot;Can result in injury&quot;<br /> choice5=&quot;Prevents bonds from forming&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback4=&quot;'''Correct!'''&quot;<br /> feedback1=&quot;'''Incorrect.'''&quot;<br /> feedback2=&quot;'''Incorrect.'''&quot;<br /> feedback3=&quot;'''Incorrect.'''&quot;<br /> feedback5=&quot;'''Incorrect.'''&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;Cats try to avoid fighting because it: &quot;<br /> choice1=&quot;Is a waste of energy&quot;<br /> choice2=&quot;Results in bad karma&quot;<br /> choice3=&quot;Is emotionally stressful&quot;<br /> choice4=&quot;Can result in injury&quot;<br /> choice5=&quot;Prevents bonds from forming&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback4=&quot;'''Correct!'''&quot;<br /> feedback1=&quot;'''Incorrect.'''&quot;<br /> feedback2=&quot;'''Incorrect.'''&quot;<br /> feedback3=&quot;'''Incorrect.'''&quot;<br /> feedback5=&quot;'''Incorrect.'''&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196864 2018-02-07T13:20:18Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Flight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spary&quot;<br /> choice5=&quot;All the above&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!'''&quot;<br /> feedback2=&quot;'''Incorrect.'''&quot;<br /> feedback3=&quot;'''Incorrect.'''&quot;<br /> feedback4=&quot;'''Incorrect.'''&quot;<br /> feedback5=&quot;'''Incorrect.'''&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;Cats try to avoid fighting because it: &quot;<br /> choice1=&quot;Is a waste of energy&quot;<br /> choice2=&quot;Results in bad karma&quot;<br /> choice3=&quot;Is emotionally stressful&quot;<br /> choice4=&quot;Can result in injury&quot;<br /> choice5=&quot;Prevents bonds from forming&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!'''&quot;<br /> feedback1=&quot;'''Incorrect.'''&quot;<br /> feedback2=&quot;'''Incorrect.'''&quot;<br /> feedback4=&quot;'''Incorrect.'''&quot;<br /> feedback5=&quot;'''Incorrect.'''&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;The falciform ligament forms between which two structures?&quot;<br /> choice5=&quot;The liver and the body wall&quot;<br /> choice4=&quot;The kidney and the spleen&quot;<br /> choice1=&quot;The lesser curvature of the stomach and the liver&quot;<br /> choice3=&quot;The stomach and the spleen&quot;<br /> choice2=&quot;The spleen and the liver&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The kidney and the spleen are attached by the nephrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The stomach and the spleen are attached by the gastrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The spleen and the liver are not attached. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;The caudal border of which muscle forms the inguinal ligament?&quot;<br /> choice1=&quot;External abdominal oblique muscle&quot;<br /> choice2=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice3=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament, and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The inguinal canal is bordered medially by the lateral border of the rectus abdominis muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article:Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;To which lobe of the liver does the hepatorenal ligament attach?&quot;<br /> choice3=&quot;Caudate lobe&quot;<br /> choice4=&quot;Quadrate&quot;<br /> choice2=&quot;Right lateral&quot;<br /> choice1=&quot;Right medial&quot;<br /> choice5=&quot;Left lateral&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;Fibres of the internal abdominal oblique muscle run in which direction?&quot;<br /> choice2=&quot;Cranioventrally&quot;<br /> choice4=&quot;Caudoventrally&quot;<br /> choice5=&quot;Craniocaudally&quot;<br /> choice3=&quot;Dorsoventrally&quot;<br /> choice1=&quot;Dorsocaudally&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback2=&quot;'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;A slit in the aponeurosis of which muscle forms the superficial inguinal ring?&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice4=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice2=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;Which of the following organs is considered to be retroperitoneal?&quot;<br /> choice3=&quot;Kidneys&quot;<br /> choice2=&quot;Liver&quot;<br /> choice1=&quot;Pancreas&quot;<br /> choice5=&quot;Spleen&quot;<br /> choice4=&quot;Duodenum&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The liver is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The pancreas is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The spleen is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The duodenum is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;The omental bursa is the space between which structures?&quot;<br /> choice3=&quot;The double layers of peritoneum forming the greater omentum&quot;<br /> choice1=&quot;The greater omentum and the lesser omentum&quot;<br /> choice5=&quot;The greater omentum and the supraomental recess&quot;<br /> choice4=&quot;The lesser omentum and the falciform ligament&quot;<br /> choice2=&quot;The greater omentum and the stomach&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback1=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback5=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback4=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback2=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;Which of the following layers is NOT incised when a cat is spayed through a flank incision?&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Subcutaneous tissue&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice5=&quot;Internal abdominal oblique muscle&quot;<br /> choice2=&quot;Parietal peritoneum&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196863 2018-02-07T13:11:25Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Flight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spary&quot;<br /> choice5=&quot;All the above&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!'''&quot;<br /> feedback2=&quot;'''Incorrect.'''&quot;<br /> feedback3=&quot;'''Incorrect.'''&quot;<br /> feedback4=&quot;'''Incorrect.'''&quot;<br /> feedback5=&quot;'''Incorrect.'''&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;The falciform ligament forms between which two structures?&quot;<br /> choice5=&quot;The liver and the body wall&quot;<br /> choice4=&quot;The kidney and the spleen&quot;<br /> choice1=&quot;The lesser curvature of the stomach and the liver&quot;<br /> choice3=&quot;The stomach and the spleen&quot;<br /> choice2=&quot;The spleen and the liver&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The kidney and the spleen are attached by the nephrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The stomach and the spleen are attached by the gastrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The spleen and the liver are not attached. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;The caudal border of which muscle forms the inguinal ligament?&quot;<br /> choice1=&quot;External abdominal oblique muscle&quot;<br /> choice2=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice3=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament, and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The inguinal canal is bordered medially by the lateral border of the rectus abdominis muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article:Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;To which lobe of the liver does the hepatorenal ligament attach?&quot;<br /> choice3=&quot;Caudate lobe&quot;<br /> choice4=&quot;Quadrate&quot;<br /> choice2=&quot;Right lateral&quot;<br /> choice1=&quot;Right medial&quot;<br /> choice5=&quot;Left lateral&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;Fibres of the internal abdominal oblique muscle run in which direction?&quot;<br /> choice2=&quot;Cranioventrally&quot;<br /> choice4=&quot;Caudoventrally&quot;<br /> choice5=&quot;Craniocaudally&quot;<br /> choice3=&quot;Dorsoventrally&quot;<br /> choice1=&quot;Dorsocaudally&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback2=&quot;'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;A slit in the aponeurosis of which muscle forms the superficial inguinal ring?&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice4=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice2=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;Which of the following organs is considered to be retroperitoneal?&quot;<br /> choice3=&quot;Kidneys&quot;<br /> choice2=&quot;Liver&quot;<br /> choice1=&quot;Pancreas&quot;<br /> choice5=&quot;Spleen&quot;<br /> choice4=&quot;Duodenum&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The liver is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The pancreas is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The spleen is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The duodenum is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;The omental bursa is the space between which structures?&quot;<br /> choice3=&quot;The double layers of peritoneum forming the greater omentum&quot;<br /> choice1=&quot;The greater omentum and the lesser omentum&quot;<br /> choice5=&quot;The greater omentum and the supraomental recess&quot;<br /> choice4=&quot;The lesser omentum and the falciform ligament&quot;<br /> choice2=&quot;The greater omentum and the stomach&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback1=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback5=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback4=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback2=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;Which of the following layers is NOT incised when a cat is spayed through a flank incision?&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Subcutaneous tissue&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice5=&quot;Internal abdominal oblique muscle&quot;<br /> choice2=&quot;Parietal peritoneum&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196862 2018-02-07T13:09:55Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Flight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spary&quot;<br /> choice5=&quot;All the above&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!'''&quot;<br /> feedback2=&quot;'''Incorrect.'''&quot;<br /> feedback3=&quot;'''Incorrect.'''&quot;<br /> feedback4=&quot;'''Incorrect.'''&quot;<br /> feedback5='''''Incorrect.'''''<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;The falciform ligament forms between which two structures?&quot;<br /> choice5=&quot;The liver and the body wall&quot;<br /> choice4=&quot;The kidney and the spleen&quot;<br /> choice1=&quot;The lesser curvature of the stomach and the liver&quot;<br /> choice3=&quot;The stomach and the spleen&quot;<br /> choice2=&quot;The spleen and the liver&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The kidney and the spleen are attached by the nephrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The stomach and the spleen are attached by the gastrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The spleen and the liver are not attached. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;The caudal border of which muscle forms the inguinal ligament?&quot;<br /> choice1=&quot;External abdominal oblique muscle&quot;<br /> choice2=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice3=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament, and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The inguinal canal is bordered medially by the lateral border of the rectus abdominis muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article:Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;To which lobe of the liver does the hepatorenal ligament attach?&quot;<br /> choice3=&quot;Caudate lobe&quot;<br /> choice4=&quot;Quadrate&quot;<br /> choice2=&quot;Right lateral&quot;<br /> choice1=&quot;Right medial&quot;<br /> choice5=&quot;Left lateral&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;Fibres of the internal abdominal oblique muscle run in which direction?&quot;<br /> choice2=&quot;Cranioventrally&quot;<br /> choice4=&quot;Caudoventrally&quot;<br /> choice5=&quot;Craniocaudally&quot;<br /> choice3=&quot;Dorsoventrally&quot;<br /> choice1=&quot;Dorsocaudally&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback2=&quot;'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;A slit in the aponeurosis of which muscle forms the superficial inguinal ring?&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice4=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice2=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;Which of the following organs is considered to be retroperitoneal?&quot;<br /> choice3=&quot;Kidneys&quot;<br /> choice2=&quot;Liver&quot;<br /> choice1=&quot;Pancreas&quot;<br /> choice5=&quot;Spleen&quot;<br /> choice4=&quot;Duodenum&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The liver is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The pancreas is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The spleen is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The duodenum is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;The omental bursa is the space between which structures?&quot;<br /> choice3=&quot;The double layers of peritoneum forming the greater omentum&quot;<br /> choice1=&quot;The greater omentum and the lesser omentum&quot;<br /> choice5=&quot;The greater omentum and the supraomental recess&quot;<br /> choice4=&quot;The lesser omentum and the falciform ligament&quot;<br /> choice2=&quot;The greater omentum and the stomach&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback1=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback5=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback4=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback2=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;Which of the following layers is NOT incised when a cat is spayed through a flank incision?&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Subcutaneous tissue&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice5=&quot;Internal abdominal oblique muscle&quot;<br /> choice2=&quot;Parietal peritoneum&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196861 2018-02-07T13:09:30Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Flight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spary&quot;<br /> choice5=&quot;All the above&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!'''&quot;<br /> feedback2=&quot;'''Incorrect.'''&quot;<br /> feedback3=&quot;'''Incorrect.'''&quot;<br /> feedback4=&quot;'''Incorrect.'''&quot;<br /> feedback5='''''Incorrect.''''<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;The falciform ligament forms between which two structures?&quot;<br /> choice5=&quot;The liver and the body wall&quot;<br /> choice4=&quot;The kidney and the spleen&quot;<br /> choice1=&quot;The lesser curvature of the stomach and the liver&quot;<br /> choice3=&quot;The stomach and the spleen&quot;<br /> choice2=&quot;The spleen and the liver&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The kidney and the spleen are attached by the nephrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The stomach and the spleen are attached by the gastrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The spleen and the liver are not attached. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;The caudal border of which muscle forms the inguinal ligament?&quot;<br /> choice1=&quot;External abdominal oblique muscle&quot;<br /> choice2=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice3=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament, and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The inguinal canal is bordered medially by the lateral border of the rectus abdominis muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article:Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;To which lobe of the liver does the hepatorenal ligament attach?&quot;<br /> choice3=&quot;Caudate lobe&quot;<br /> choice4=&quot;Quadrate&quot;<br /> choice2=&quot;Right lateral&quot;<br /> choice1=&quot;Right medial&quot;<br /> choice5=&quot;Left lateral&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;Fibres of the internal abdominal oblique muscle run in which direction?&quot;<br /> choice2=&quot;Cranioventrally&quot;<br /> choice4=&quot;Caudoventrally&quot;<br /> choice5=&quot;Craniocaudally&quot;<br /> choice3=&quot;Dorsoventrally&quot;<br /> choice1=&quot;Dorsocaudally&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback2=&quot;'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;A slit in the aponeurosis of which muscle forms the superficial inguinal ring?&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice4=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice2=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;Which of the following organs is considered to be retroperitoneal?&quot;<br /> choice3=&quot;Kidneys&quot;<br /> choice2=&quot;Liver&quot;<br /> choice1=&quot;Pancreas&quot;<br /> choice5=&quot;Spleen&quot;<br /> choice4=&quot;Duodenum&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The liver is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The pancreas is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The spleen is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The duodenum is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;The omental bursa is the space between which structures?&quot;<br /> choice3=&quot;The double layers of peritoneum forming the greater omentum&quot;<br /> choice1=&quot;The greater omentum and the lesser omentum&quot;<br /> choice5=&quot;The greater omentum and the supraomental recess&quot;<br /> choice4=&quot;The lesser omentum and the falciform ligament&quot;<br /> choice2=&quot;The greater omentum and the stomach&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback1=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback5=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback4=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback2=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;Which of the following layers is NOT incised when a cat is spayed through a flank incision?&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Subcutaneous tissue&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice5=&quot;Internal abdominal oblique muscle&quot;<br /> choice2=&quot;Parietal peritoneum&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196860 2018-02-07T13:08:17Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Fight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spray &quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=''Correct!''<br /> feedback2=&quot;Incorrect.''<br /> feedback3=&quot;Incorrect.''<br /> feedback4=''Incorrect.''<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Flight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spary&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!'''&quot;<br /> feedback2=&quot;'''Incorrect.'''&quot;<br /> feedback3=&quot;'''Incorrect.'''&quot;<br /> feedback4=&quot;'''Incorrect.'''&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;The falciform ligament forms between which two structures?&quot;<br /> choice5=&quot;The liver and the body wall&quot;<br /> choice4=&quot;The kidney and the spleen&quot;<br /> choice1=&quot;The lesser curvature of the stomach and the liver&quot;<br /> choice3=&quot;The stomach and the spleen&quot;<br /> choice2=&quot;The spleen and the liver&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The kidney and the spleen are attached by the nephrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The stomach and the spleen are attached by the gastrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The spleen and the liver are not attached. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;The caudal border of which muscle forms the inguinal ligament?&quot;<br /> choice1=&quot;External abdominal oblique muscle&quot;<br /> choice2=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice3=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament, and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The inguinal canal is bordered medially by the lateral border of the rectus abdominis muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article:Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;To which lobe of the liver does the hepatorenal ligament attach?&quot;<br /> choice3=&quot;Caudate lobe&quot;<br /> choice4=&quot;Quadrate&quot;<br /> choice2=&quot;Right lateral&quot;<br /> choice1=&quot;Right medial&quot;<br /> choice5=&quot;Left lateral&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;Fibres of the internal abdominal oblique muscle run in which direction?&quot;<br /> choice2=&quot;Cranioventrally&quot;<br /> choice4=&quot;Caudoventrally&quot;<br /> choice5=&quot;Craniocaudally&quot;<br /> choice3=&quot;Dorsoventrally&quot;<br /> choice1=&quot;Dorsocaudally&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback2=&quot;'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;A slit in the aponeurosis of which muscle forms the superficial inguinal ring?&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice4=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice2=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;Which of the following organs is considered to be retroperitoneal?&quot;<br /> choice3=&quot;Kidneys&quot;<br /> choice2=&quot;Liver&quot;<br /> choice1=&quot;Pancreas&quot;<br /> choice5=&quot;Spleen&quot;<br /> choice4=&quot;Duodenum&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The liver is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The pancreas is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The spleen is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The duodenum is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;The omental bursa is the space between which structures?&quot;<br /> choice3=&quot;The double layers of peritoneum forming the greater omentum&quot;<br /> choice1=&quot;The greater omentum and the lesser omentum&quot;<br /> choice5=&quot;The greater omentum and the supraomental recess&quot;<br /> choice4=&quot;The lesser omentum and the falciform ligament&quot;<br /> choice2=&quot;The greater omentum and the stomach&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback1=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback5=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback4=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback2=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;Which of the following layers is NOT incised when a cat is spayed through a flank incision?&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Subcutaneous tissue&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice5=&quot;Internal abdominal oblique muscle&quot;<br /> choice2=&quot;Parietal peritoneum&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196859 2018-02-07T13:07:08Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Fight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spray &quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=''Correct!''<br /> feedback2=&quot;Incorrect.''<br /> feedback3=&quot;Incorrect.''<br /> feedback4=''Incorrect.''<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What do enterochromaffin-like (ECL) cells, which can be found in the gastric mucosa, secrete?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Flight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spary&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' Enterochromaffin-like cells secrete histamine which stimulates parietal cells to secrete hydrogen ions. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback2=&quot;'''Incorrect.''' Hydrogen ions are secreted by parietal cells in the gastric mucosa to decrease the pH in the stomach lumen which causes denaturation of ingested proteins. Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback3=&quot;'''Incorrect.''' Gastrin is secreted by G-cells in the pyloric mucosa which stimulates enterochromaffin-like cells to secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback4=&quot;'''Incorrect.''' Pepsinogen is secreted by chief cells in the gastric glands which is converted to its active form pepsin by hydrochloric acid in the gastric lumen.Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;The falciform ligament forms between which two structures?&quot;<br /> choice5=&quot;The liver and the body wall&quot;<br /> choice4=&quot;The kidney and the spleen&quot;<br /> choice1=&quot;The lesser curvature of the stomach and the liver&quot;<br /> choice3=&quot;The stomach and the spleen&quot;<br /> choice2=&quot;The spleen and the liver&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The kidney and the spleen are attached by the nephrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The stomach and the spleen are attached by the gastrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The spleen and the liver are not attached. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;The caudal border of which muscle forms the inguinal ligament?&quot;<br /> choice1=&quot;External abdominal oblique muscle&quot;<br /> choice2=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice3=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament, and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The inguinal canal is bordered medially by the lateral border of the rectus abdominis muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article:Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;To which lobe of the liver does the hepatorenal ligament attach?&quot;<br /> choice3=&quot;Caudate lobe&quot;<br /> choice4=&quot;Quadrate&quot;<br /> choice2=&quot;Right lateral&quot;<br /> choice1=&quot;Right medial&quot;<br /> choice5=&quot;Left lateral&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;Fibres of the internal abdominal oblique muscle run in which direction?&quot;<br /> choice2=&quot;Cranioventrally&quot;<br /> choice4=&quot;Caudoventrally&quot;<br /> choice5=&quot;Craniocaudally&quot;<br /> choice3=&quot;Dorsoventrally&quot;<br /> choice1=&quot;Dorsocaudally&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback2=&quot;'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;A slit in the aponeurosis of which muscle forms the superficial inguinal ring?&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice4=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice2=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;Which of the following organs is considered to be retroperitoneal?&quot;<br /> choice3=&quot;Kidneys&quot;<br /> choice2=&quot;Liver&quot;<br /> choice1=&quot;Pancreas&quot;<br /> choice5=&quot;Spleen&quot;<br /> choice4=&quot;Duodenum&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The liver is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The pancreas is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The spleen is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The duodenum is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;The omental bursa is the space between which structures?&quot;<br /> choice3=&quot;The double layers of peritoneum forming the greater omentum&quot;<br /> choice1=&quot;The greater omentum and the lesser omentum&quot;<br /> choice5=&quot;The greater omentum and the supraomental recess&quot;<br /> choice4=&quot;The lesser omentum and the falciform ligament&quot;<br /> choice2=&quot;The greater omentum and the stomach&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback1=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback5=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback4=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback2=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;Which of the following layers is NOT incised when a cat is spayed through a flank incision?&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Subcutaneous tissue&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice5=&quot;Internal abdominal oblique muscle&quot;<br /> choice2=&quot;Parietal peritoneum&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196858 2018-02-07T13:05:23Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Fight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spray &quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=''Correct!''<br /> feedback2=&quot;Incorrect.''<br /> feedback3=&quot;Incorrect.''<br /> feedback4=''Incorrect.''<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What do enterochromaffin-like (ECL) cells, which can be found in the gastric mucosa, secrete?&quot;<br /> choice5=&quot;Histamine&quot;<br /> choice3=&quot;Hydrogen ions (H+)&quot;<br /> choice2=&quot;Gastrin&quot;<br /> choice4=&quot;Pepsinogen&quot;<br /> choice1=&quot;Gastric Inhibitory Peptide&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' Enterochromaffin-like cells secrete histamine which stimulates parietal cells to secrete hydrogen ions. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback3=&quot;'''Incorrect.''' Hydrogen ions are secreted by parietal cells in the gastric mucosa to decrease the pH in the stomach lumen which causes denaturation of ingested proteins. Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback2=&quot;'''Incorrect.''' Gastrin is secreted by G-cells in the pyloric mucosa which stimulates enterochromaffin-like cells to secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback4=&quot;'''Incorrect.''' Pepsinogen is secreted by chief cells in the gastric glands which is converted to its active form pepsin by hydrochloric acid in the gastric lumen.Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback1=&quot;'''Incorrect.''' Gastric Inhibitory Peptide is secreted by K cells in the mucosa of the jejunum and duodenum. It acts to inhibit gastric motility and hydrochloric acid secretion in the stomach and induce insulin secretion. Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;The falciform ligament forms between which two structures?&quot;<br /> choice5=&quot;The liver and the body wall&quot;<br /> choice4=&quot;The kidney and the spleen&quot;<br /> choice1=&quot;The lesser curvature of the stomach and the liver&quot;<br /> choice3=&quot;The stomach and the spleen&quot;<br /> choice2=&quot;The spleen and the liver&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The kidney and the spleen are attached by the nephrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The stomach and the spleen are attached by the gastrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The spleen and the liver are not attached. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;The caudal border of which muscle forms the inguinal ligament?&quot;<br /> choice1=&quot;External abdominal oblique muscle&quot;<br /> choice2=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice3=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament, and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The inguinal canal is bordered medially by the lateral border of the rectus abdominis muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article:Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;To which lobe of the liver does the hepatorenal ligament attach?&quot;<br /> choice3=&quot;Caudate lobe&quot;<br /> choice4=&quot;Quadrate&quot;<br /> choice2=&quot;Right lateral&quot;<br /> choice1=&quot;Right medial&quot;<br /> choice5=&quot;Left lateral&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;Fibres of the internal abdominal oblique muscle run in which direction?&quot;<br /> choice2=&quot;Cranioventrally&quot;<br /> choice4=&quot;Caudoventrally&quot;<br /> choice5=&quot;Craniocaudally&quot;<br /> choice3=&quot;Dorsoventrally&quot;<br /> choice1=&quot;Dorsocaudally&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback2=&quot;'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;A slit in the aponeurosis of which muscle forms the superficial inguinal ring?&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice4=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice2=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;Which of the following organs is considered to be retroperitoneal?&quot;<br /> choice3=&quot;Kidneys&quot;<br /> choice2=&quot;Liver&quot;<br /> choice1=&quot;Pancreas&quot;<br /> choice5=&quot;Spleen&quot;<br /> choice4=&quot;Duodenum&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The liver is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The pancreas is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The spleen is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The duodenum is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;The omental bursa is the space between which structures?&quot;<br /> choice3=&quot;The double layers of peritoneum forming the greater omentum&quot;<br /> choice1=&quot;The greater omentum and the lesser omentum&quot;<br /> choice5=&quot;The greater omentum and the supraomental recess&quot;<br /> choice4=&quot;The lesser omentum and the falciform ligament&quot;<br /> choice2=&quot;The greater omentum and the stomach&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback1=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback5=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback4=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback2=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;Which of the following layers is NOT incised when a cat is spayed through a flank incision?&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Subcutaneous tissue&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice5=&quot;Internal abdominal oblique muscle&quot;<br /> choice2=&quot;Parietal peritoneum&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196843 2018-02-07T11:58:47Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> &lt;br&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice2=&quot;Fight, hiss, appease&quot;<br /> choice3=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spray &quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' <br /> feedback2=&quot;'''Incorrect.''' <br /> feedback3=&quot;'''Incorrect.''' <br /> feedback4=&quot;'''Incorrect.''' <br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What do enterochromaffin-like (ECL) cells, which can be found in the gastric mucosa, secrete?&quot;<br /> choice5=&quot;Histamine&quot;<br /> choice3=&quot;Hydrogen ions (H+)&quot;<br /> choice2=&quot;Gastrin&quot;<br /> choice4=&quot;Pepsinogen&quot;<br /> choice1=&quot;Gastric Inhibitory Peptide&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' Enterochromaffin-like cells secrete histamine which stimulates parietal cells to secrete hydrogen ions. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback3=&quot;'''Incorrect.''' Hydrogen ions are secreted by parietal cells in the gastric mucosa to decrease the pH in the stomach lumen which causes denaturation of ingested proteins. Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback2=&quot;'''Incorrect.''' Gastrin is secreted by G-cells in the pyloric mucosa which stimulates enterochromaffin-like cells to secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback4=&quot;'''Incorrect.''' Pepsinogen is secreted by chief cells in the gastric glands which is converted to its active form pepsin by hydrochloric acid in the gastric lumen.Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback1=&quot;'''Incorrect.''' Gastric Inhibitory Peptide is secreted by K cells in the mucosa of the jejunum and duodenum. It acts to inhibit gastric motility and hydrochloric acid secretion in the stomach and induce insulin secretion. Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;The falciform ligament forms between which two structures?&quot;<br /> choice5=&quot;The liver and the body wall&quot;<br /> choice4=&quot;The kidney and the spleen&quot;<br /> choice1=&quot;The lesser curvature of the stomach and the liver&quot;<br /> choice3=&quot;The stomach and the spleen&quot;<br /> choice2=&quot;The spleen and the liver&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The kidney and the spleen are attached by the nephrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The stomach and the spleen are attached by the gastrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The spleen and the liver are not attached. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;The caudal border of which muscle forms the inguinal ligament?&quot;<br /> choice1=&quot;External abdominal oblique muscle&quot;<br /> choice2=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice3=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament, and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The inguinal canal is bordered medially by the lateral border of the rectus abdominis muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article:Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;To which lobe of the liver does the hepatorenal ligament attach?&quot;<br /> choice3=&quot;Caudate lobe&quot;<br /> choice4=&quot;Quadrate&quot;<br /> choice2=&quot;Right lateral&quot;<br /> choice1=&quot;Right medial&quot;<br /> choice5=&quot;Left lateral&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;Fibres of the internal abdominal oblique muscle run in which direction?&quot;<br /> choice2=&quot;Cranioventrally&quot;<br /> choice4=&quot;Caudoventrally&quot;<br /> choice5=&quot;Craniocaudally&quot;<br /> choice3=&quot;Dorsoventrally&quot;<br /> choice1=&quot;Dorsocaudally&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback2=&quot;'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;A slit in the aponeurosis of which muscle forms the superficial inguinal ring?&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice4=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice2=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;Which of the following organs is considered to be retroperitoneal?&quot;<br /> choice3=&quot;Kidneys&quot;<br /> choice2=&quot;Liver&quot;<br /> choice1=&quot;Pancreas&quot;<br /> choice5=&quot;Spleen&quot;<br /> choice4=&quot;Duodenum&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The liver is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The pancreas is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The spleen is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The duodenum is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;The omental bursa is the space between which structures?&quot;<br /> choice3=&quot;The double layers of peritoneum forming the greater omentum&quot;<br /> choice1=&quot;The greater omentum and the lesser omentum&quot;<br /> choice5=&quot;The greater omentum and the supraomental recess&quot;<br /> choice4=&quot;The lesser omentum and the falciform ligament&quot;<br /> choice2=&quot;The greater omentum and the stomach&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback1=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback5=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback4=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback2=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;Which of the following layers is NOT incised when a cat is spayed through a flank incision?&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Subcutaneous tissue&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice5=&quot;Internal abdominal oblique muscle&quot;<br /> choice2=&quot;Parietal peritoneum&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196842 2018-02-07T11:57:48Z

<p>Flvet: </p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> &lt;br&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice3=&quot;Fight, hiss, appease&quot;<br /> choice2=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spray &quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' <br /> feedback3=&quot;'''Incorrect.''' <br /> feedback2=&quot;'''Incorrect.''' <br /> feedback4=&quot;'''Incorrect.''' <br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What do enterochromaffin-like (ECL) cells, which can be found in the gastric mucosa, secrete?&quot;<br /> choice5=&quot;Histamine&quot;<br /> choice3=&quot;Hydrogen ions (H+)&quot;<br /> choice2=&quot;Gastrin&quot;<br /> choice4=&quot;Pepsinogen&quot;<br /> choice1=&quot;Gastric Inhibitory Peptide&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' Enterochromaffin-like cells secrete histamine which stimulates parietal cells to secrete hydrogen ions. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback3=&quot;'''Incorrect.''' Hydrogen ions are secreted by parietal cells in the gastric mucosa to decrease the pH in the stomach lumen which causes denaturation of ingested proteins. Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback2=&quot;'''Incorrect.''' Gastrin is secreted by G-cells in the pyloric mucosa which stimulates enterochromaffin-like cells to secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback4=&quot;'''Incorrect.''' Pepsinogen is secreted by chief cells in the gastric glands which is converted to its active form pepsin by hydrochloric acid in the gastric lumen.Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback1=&quot;'''Incorrect.''' Gastric Inhibitory Peptide is secreted by K cells in the mucosa of the jejunum and duodenum. It acts to inhibit gastric motility and hydrochloric acid secretion in the stomach and induce insulin secretion. Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;The falciform ligament forms between which two structures?&quot;<br /> choice5=&quot;The liver and the body wall&quot;<br /> choice4=&quot;The kidney and the spleen&quot;<br /> choice1=&quot;The lesser curvature of the stomach and the liver&quot;<br /> choice3=&quot;The stomach and the spleen&quot;<br /> choice2=&quot;The spleen and the liver&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The kidney and the spleen are attached by the nephrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The stomach and the spleen are attached by the gastrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The spleen and the liver are not attached. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;The caudal border of which muscle forms the inguinal ligament?&quot;<br /> choice1=&quot;External abdominal oblique muscle&quot;<br /> choice2=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice3=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament, and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The inguinal canal is bordered medially by the lateral border of the rectus abdominis muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article:Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;To which lobe of the liver does the hepatorenal ligament attach?&quot;<br /> choice3=&quot;Caudate lobe&quot;<br /> choice4=&quot;Quadrate&quot;<br /> choice2=&quot;Right lateral&quot;<br /> choice1=&quot;Right medial&quot;<br /> choice5=&quot;Left lateral&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;Fibres of the internal abdominal oblique muscle run in which direction?&quot;<br /> choice2=&quot;Cranioventrally&quot;<br /> choice4=&quot;Caudoventrally&quot;<br /> choice5=&quot;Craniocaudally&quot;<br /> choice3=&quot;Dorsoventrally&quot;<br /> choice1=&quot;Dorsocaudally&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback2=&quot;'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;A slit in the aponeurosis of which muscle forms the superficial inguinal ring?&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice4=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice2=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;Which of the following organs is considered to be retroperitoneal?&quot;<br /> choice3=&quot;Kidneys&quot;<br /> choice2=&quot;Liver&quot;<br /> choice1=&quot;Pancreas&quot;<br /> choice5=&quot;Spleen&quot;<br /> choice4=&quot;Duodenum&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The liver is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The pancreas is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The spleen is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The duodenum is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;The omental bursa is the space between which structures?&quot;<br /> choice3=&quot;The double layers of peritoneum forming the greater omentum&quot;<br /> choice1=&quot;The greater omentum and the lesser omentum&quot;<br /> choice5=&quot;The greater omentum and the supraomental recess&quot;<br /> choice4=&quot;The lesser omentum and the falciform ligament&quot;<br /> choice2=&quot;The greater omentum and the stomach&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback1=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback5=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback4=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback2=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;Which of the following layers is NOT incised when a cat is spayed through a flank incision?&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Subcutaneous tissue&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice5=&quot;Internal abdominal oblique muscle&quot;<br /> choice2=&quot;Parietal peritoneum&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Test_page&diff=196841 2018-02-07T11:54:13Z

<p>Flvet: Created page with &quot;{{toplink |linkpage =WikiQuiz |linktext = WikiQuiz |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; }} &lt;br&gt; &lt;WikiQuiz questionnumber=&quot;1&quot; question=&quot;How does a cat respond to fe...&quot;</p> <hr /> <div>{{toplink<br /> |linkpage =WikiQuiz<br /> |linktext = WikiQuiz<br /> |Review= '''Dr Margie Scherk ''' DVM DABVP &lt;br&gt; <br /> }}<br /> &lt;br&gt;<br /> &lt;WikiQuiz<br /> questionnumber=&quot;1&quot;<br /> question=&quot;How does a cat respond to feeling frightened?&quot;<br /> choice1=&quot;Flee, freeze, fight&quot;<br /> choice3=&quot;Fight, hiss, appease&quot;<br /> choice2=&quot;Hiss, purr, bare tummy&quot;<br /> choice4=&quot;Cheek mark, spit, spray &quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' <br /> feedback3=&quot;'''Incorrect.''' <br /> feedback2=&quot;'''Incorrect.''' <br /> feedback4=&quot;'''Incorrect.''' <br /> feedback5=&quot;'''Incorrect.''' <br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;2&quot;<br /> question=&quot;What do enterochromaffin-like (ECL) cells, which can be found in the gastric mucosa, secrete?&quot;<br /> choice5=&quot;Histamine&quot;<br /> choice3=&quot;Hydrogen ions (H+)&quot;<br /> choice2=&quot;Gastrin&quot;<br /> choice4=&quot;Pepsinogen&quot;<br /> choice1=&quot;Gastric Inhibitory Peptide&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' Enterochromaffin-like cells secrete histamine which stimulates parietal cells to secrete hydrogen ions. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback3=&quot;'''Incorrect.''' Hydrogen ions are secreted by parietal cells in the gastric mucosa to decrease the pH in the stomach lumen which causes denaturation of ingested proteins. Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback2=&quot;'''Incorrect.''' Gastrin is secreted by G-cells in the pyloric mucosa which stimulates enterochromaffin-like cells to secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback4=&quot;'''Incorrect.''' Pepsinogen is secreted by chief cells in the gastric glands which is converted to its active form pepsin by hydrochloric acid in the gastric lumen.Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> feedback1=&quot;'''Incorrect.''' Gastric Inhibitory Peptide is secreted by K cells in the mucosa of the jejunum and duodenum. It acts to inhibit gastric motility and hydrochloric acid secretion in the stomach and induce insulin secretion. Enterochromaffin-like cells secrete histamine. [[Monogastric Stomach - Anatomy &amp; Physiology#Histology|WikiVet Article: Forestomach]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;3&quot;<br /> question=&quot;The falciform ligament forms between which two structures?&quot;<br /> choice5=&quot;The liver and the body wall&quot;<br /> choice4=&quot;The kidney and the spleen&quot;<br /> choice1=&quot;The lesser curvature of the stomach and the liver&quot;<br /> choice3=&quot;The stomach and the spleen&quot;<br /> choice2=&quot;The spleen and the liver&quot;<br /> correctchoice=&quot;5&quot;<br /> feedback5=&quot;'''Correct!''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The kidney and the spleen are attached by the nephrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The stomach and the spleen are attached by the gastrosplenic ligament. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The spleen and the liver are not attached. The liver forms in the ventral mesentery. The liver remains attached to the stomach by persisting ventral mesentery known as lesser omentum and to the body wall by ventral mesentery known as the falciform ligament. Excision of the falciform ligament's attachment to the ventral body wall can greatly improve visibility of the cranial abdomen at surgery. [[Liver - Anatomy &amp; Physiology|WikiVet Article: Falciform ligament]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;4&quot;<br /> question=&quot;The caudal border of which muscle forms the inguinal ligament?&quot;<br /> choice1=&quot;External abdominal oblique muscle&quot;<br /> choice2=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice3=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament, and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The inguinal canal is bordered medially by the lateral border of the rectus abdominis muscle so it does not form the inguinal ligament. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article:Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;5&quot;<br /> question=&quot;To which lobe of the liver does the hepatorenal ligament attach?&quot;<br /> choice3=&quot;Caudate lobe&quot;<br /> choice4=&quot;Quadrate&quot;<br /> choice2=&quot;Right lateral&quot;<br /> choice1=&quot;Right medial&quot;<br /> choice5=&quot;Left lateral&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy &amp; Physiology| WikiVet Article: Liver anatomy]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;6&quot;<br /> question=&quot;Fibres of the internal abdominal oblique muscle run in which direction?&quot;<br /> choice2=&quot;Cranioventrally&quot;<br /> choice4=&quot;Caudoventrally&quot;<br /> choice5=&quot;Craniocaudally&quot;<br /> choice3=&quot;Dorsoventrally&quot;<br /> choice1=&quot;Dorsocaudally&quot;<br /> correctchoice=&quot;2&quot;<br /> feedback2=&quot;'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;7&quot;<br /> question=&quot;A slit in the aponeurosis of which muscle forms the superficial inguinal ring?&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice4=&quot;Internal abdominal oblique muscle&quot;<br /> choice5=&quot;Transversus abdominis muscle&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice2=&quot;Cutaneous trunci muscle&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy &amp; Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;8&quot;<br /> question=&quot;Which of the following organs is considered to be retroperitoneal?&quot;<br /> choice3=&quot;Kidneys&quot;<br /> choice2=&quot;Liver&quot;<br /> choice1=&quot;Pancreas&quot;<br /> choice5=&quot;Spleen&quot;<br /> choice4=&quot;Duodenum&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback2=&quot;'''Incorrect.''' The liver is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback1=&quot;'''Incorrect.''' The pancreas is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback5=&quot;'''Incorrect.''' The spleen is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> feedback4=&quot;'''Incorrect.''' The duodenum is enclosed by a fold of visceral peritoneum so is intraperitoneal. The kidneys are located between the parietal peritoneum and the body wall, hence they are considered retroperitoneal. In practice, this means that the kidneys (and associated structures such as adrenal glands and ovaries) can be easily visualised at exploratory surgery by performing either a duodenal manoeuvre (for the right kidney) or colic manoeuvre (for the left kidney). The duodenal manoeuvre involves lifting the descending duodenum up, and moving it gently across the abdominal cavity to the left side of the body. This causes the mesoduodenum to catch the abdominal viscera and pull them to the left, allowing the right retroperitoneal space to be seen. The colic manoeuvre uses the descending colon and mesocolon similarly to see the left retroperitoneal space. [[Peritoneal Cavity - Anatomy &amp; Physiology#Retroperitoneal Organs|WikiVet Article: Retroperitoneal organs]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;9&quot;<br /> question=&quot;The omental bursa is the space between which structures?&quot;<br /> choice3=&quot;The double layers of peritoneum forming the greater omentum&quot;<br /> choice1=&quot;The greater omentum and the lesser omentum&quot;<br /> choice5=&quot;The greater omentum and the supraomental recess&quot;<br /> choice4=&quot;The lesser omentum and the falciform ligament&quot;<br /> choice2=&quot;The greater omentum and the stomach&quot;<br /> correctchoice=&quot;3&quot;<br /> feedback3=&quot;'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback1=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback5=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback4=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> feedback2=&quot;'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal Cavity - Anatomy &amp; Physiology|WikiVet Article: Peritoneal cavity]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt; <br /> <br /> &lt;WikiQuiz<br /> questionnumber=&quot;10&quot;<br /> question=&quot;Which of the following layers is NOT incised when a cat is spayed through a flank incision?&quot;<br /> choice1=&quot;Rectus abdominis muscle&quot;<br /> choice4=&quot;Subcutaneous tissue&quot;<br /> choice3=&quot;External abdominal oblique muscle&quot;<br /> choice5=&quot;Internal abdominal oblique muscle&quot;<br /> choice2=&quot;Parietal peritoneum&quot;<br /> correctchoice=&quot;1&quot;<br /> feedback1=&quot;'''Correct!''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback4=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback3=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback5=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> feedback2=&quot;'''Incorrect.''' In a cat spay via a flank incision, the layers incised are:1) Skin 2) Subcutaneous tissue 3) 3 muscles - in order, external abdominal oblique, internal abdominal oblique and transversus abdominis 4) Parietal peritoneum. The rectus abdominis muscle is not incised during a flank incision as it lies far further ventrally. [[Ribs and Sternum - Anatomy &amp; Physiology|WikiVet Article: Abdominal musculature]]&quot;<br /> image= &quot;&quot;&gt;<br /> &lt;/WikiQuiz&gt;<br /> <br /> [[Category:Alimentary System Anatomy &amp; Physiology Quizzes]]</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=189399 2016-10-11T19:10:56Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' <br /> Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:FlashcardII.png|center|300px|link=:Flashcards]]<br /> {{!}} &lt;big&gt;'''WikiVet Flashcards''' are a self assessment tool with questions, answers and links to the relevant article on WikiVet. Test your knowledge using flashcards.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipodcasts.png|center|300px|link=:Podcasts]]<br /> {{!}} &lt;big&gt;'''WikiVet Podcasts''' is a selection of relevant podcasts. Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:ApplicationsII.png|center|300px|link=:Computer Aided Learning]]<br /> {{!}} &lt;big&gt;'''Computer Aided Learning''' consists of a selection of the best free and useful veterinary computer aided learning applications and programmes for vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Websites.png|center|300px|link=:Wikilins|Veterinary Web Links]]<br /> {{!}} &lt;big&gt;'''Veterinary Educational Websites''' is the largest listing of educational web links on the web and many of these have been reviewed by vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PRWikiVideos.png|center|300px|link=:http://wikivet.mediacore.tv/guide Videos]]<br /> {{!}} &lt;big&gt;'''WikiVet Videos Project''' is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PRVETTalks.png|center|300px|link=:https://www.youtube.com/channel/UCsFqhhDpjtSGOgZFsvO1LpA]]<br /> {{!}} &lt;big&gt;'''VET Talks Project''' is a joint project of WikiVet and International Veterinary Students' Association (IVSA)/Standing Committee on Veterinary Education (SCoVE) on e-learning videos by outstanding speakers all over the world.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PROvam.png|center|300px|link=:OVAM]]<br /> {{!}} &lt;big&gt;'''Online Veterinary Anatomy Museum''' project of WikiVet, is the largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:CABI.png|center|300px|link=:CABI_AHPC_Pages|Full Text Articles]]<br /> {{!}} &lt;big&gt;'''CABI Infectious Diseases Pages''' is a partnership page series of CABI Animal Health and Production Compendium.<br /> CABI is a not-for-profit international organization that improves people’s lives by providing information and applying scientific expertise to solve problems in agriculture and the environment. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:VETSTREAM.png|center|300px|link=:https://en.wikivet.net/Vetstream]]<br /> {{!}} &lt;big&gt;'''Vetstream clinical educational resource''' is a partnership page series of Vetstream.<br /> Vetstream is the world’s largest online source of peer-reviewed point-of care veterinary content for the veterinary treatment of Dogs, Cats, Horses and Rabbits via its Canis, Felis, Equis and Lapis services. &lt;/big&gt;<br /> {{!}}-.</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188772 2016-09-19T18:11:12Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:FlashcardII.png|center|300px|link=:Flashcards]]<br /> {{!}} &lt;big&gt;'''WikiVet Flashcards''' are a self assessment tool with questions, answers and links to the relevant article on WikiVet. Test your knowledge using flashcards.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipodcasts.png|center|300px|link=:Podcasts]]<br /> {{!}} &lt;big&gt;'''WikiVet Podcasts''' is a selection of relevant podcasts. Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:ApplicationsII.png|center|300px|link=:Computer Aided Learning]]<br /> {{!}} &lt;big&gt;'''Computer Aided Learning''' consists of a selection of the best free and useful veterinary computer aided learning applications and programmes for vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Websites.png|center|300px|link=:Wikilins|Veterinary Web Links]]<br /> {{!}} &lt;big&gt;'''Veterinary Educational Websites''' is the largest listing of educational web links on the web and many of these have been reviewed by vets and students.&lt;/big&gt;<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PRWikiVideos.png|center|300px|link=:http://wikivet.mediacore.tv/guide Videos]]<br /> {{!}} &lt;big&gt;'''WikiVet Videos Project''' is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PRVETTalks.png|center|300px|link=:https://www.youtube.com/channel/UCsFqhhDpjtSGOgZFsvO1LpA]]<br /> {{!}} &lt;big&gt;'''VET Talks Project''' is a joint project of WikiVet and International Veterinary Students' Association (IVSA)/Standing Committee on Veterinary Education (SCoVE) on e-learning videos by outstanding speakers all over the world.&lt;/big&gt;<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PROvam.png|center|300px|link=:OVAM]]<br /> {{!}} &lt;big&gt;'''Online Veterinary Anatomy Museum''' project of WikiVet, is the largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:CABI.png|center|300px|link=:CABI_AHPC_Pages|Full Text Articles]]<br /> {{!}} &lt;big&gt;'''CABI Infectious Diseases Pages''' is a partnership page series of CABI Animal Health and Production Compendium.<br /> CABI is a not-for-profit international organization that improves people’s lives by providing information and applying scientific expertise to solve problems in agriculture and the environment. &lt;/big&gt;<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:VETSTREAM.png|center|300px|link=:https://en.wikivet.net/Vetstream]]<br /> {{!}} &lt;big&gt;'''Vetstream clinical educational resource''' is a partnership page series of Vetstream.<br /> Vetstream is the world’s largest online source of peer-reviewed point-of care veterinary content for the veterinary treatment of Dogs, Cats, Horses and Rabbits via its Canis, Felis, Equis and Lapis services. &lt;/big&gt;<br /> {{!}}-.</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188771 2016-09-19T18:07:03Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:FlashcardII.png|center|300px|link=:Flashcards]]<br /> {{!}} &lt;big&gt;'''WikiVet Flashcards''' are a self assessment tool with questions, answers and links to the relevant article on WikiVet. Test your knowledge using flashcards.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipodcasts.png|center|300px|link=:Podcasts]]<br /> {{!}} &lt;big&gt;'''WikiVet Podcasts''' is a selection of relevant podcasts. Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:ApplicationsII.png|center|300px|link=:Computer Aided Learning]]<br /> {{!}} &lt;big&gt;'''Computer Aided Learning''' consists of a selection of the best free and useful veterinary computer aided learning applications and programmes for vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Websites.png|center|300px|link=:Wikilins|Veterinary Web Links]]<br /> {{!}} &lt;big&gt;'''Veterinary Educational Websites''' is the largest listing of educational web links on the web and many of these have been reviewed by vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PRWikiVideos.png|center|300px|link=:http://wikivet.mediacore.tv/guide Videos]]<br /> {{!}} &lt;big&gt;'''WikiVet Videos Project''' is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PRVETTalks.png|center|300px|link=:https://www.youtube.com/channel/UCsFqhhDpjtSGOgZFsvO1LpA]]<br /> {{!}} &lt;big&gt;'''VET Talks Project''' is a joint project of WikiVet and International Veterinary Students' Association (IVSA)/Standing Committee on Veterinary Education (SCoVE) on e-learning videos by outstanding speakers all over the world.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PROvam.png|center|300px|link=:OVAM]]<br /> {{!}} &lt;big&gt;'''Online Veterinary Anatomy Museum''' project of WikiVet, is the largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:CABI.png|center|300px|link=:CABI_AHPC_Pages|Full Text Articles]]<br /> {{!}} &lt;big&gt;'''CABI Infectious Diseases Pages''' is a partnership page series of CABI Animal Health and Production Compendium.<br /> CABI is a not-for-profit international organization that improves people’s lives by providing information and applying scientific expertise to solve problems in agriculture and the environment. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:VETSTREAM.png|center|300px|link=:https://en.wikivet.net/Vetstream]]<br /> {{!}} &lt;big&gt;'''Vetstream clinical educational resource''' is a partnership page series of Vetstream.<br /> Vetstream is the world’s largest online source of peer-reviewed point-of care veterinary content for the veterinary treatment of Dogs, Cats, Horses and Rabbits via its Canis, Felis, Equis and Lapis services. &lt;/big&gt;<br /> {{!}}-.</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188770 2016-09-19T18:06:30Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:FlashcardII.png|center|300px|link=:Flashcards]]<br /> {{!}} &lt;big&gt;'''WikiVet Flashcards''' are a self assessment tool with questions, answers and links to the relevant article on WikiVet. Test your knowledge using flashcards.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipodcasts.png|center|300px|link=:Podcasts]]<br /> {{!}} &lt;big&gt;'''WikiVet Podcasts''' is a selection of relevant podcasts. Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:ApplicationsII.png|center|300px|link=:Computer Aided Learning]]<br /> {{!}} &lt;big&gt;'''Computer Aided Learning''' consists of a selection of the best free and useful veterinary computer aided learning applications and programmes for vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Websites.png|center|300px|link=:Wikilins|Veterinary Web Links]]<br /> {{!}} &lt;big&gt;'''Veterinary Educational Websites''' is the largest listing of educational web links on the web and many of these have been reviewed by vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PRWikiVideos.png|center|100px|link=:http://wikivet.mediacore.tv/guide Videos]]<br /> {{!}} &lt;big&gt;'''WikiVet Videos Project''' is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PRVETTalks.png|center|100px|link=:https://www.youtube.com/channel/UCsFqhhDpjtSGOgZFsvO1LpA]]<br /> {{!}} &lt;big&gt;'''VET Talks Project''' is a joint project of WikiVet and International Veterinary Students' Association (IVSA)/Standing Committee on Veterinary Education (SCoVE) on e-learning videos by outstanding speakers all over the world.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:PROvam.png|center|100px|link=:OVAM]]<br /> {{!}} &lt;big&gt;'''Online Veterinary Anatomy Museum''' project of WikiVet, is the largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:CABI.png|center|300px|link=:CABI_AHPC_Pages|Full Text Articles]]<br /> {{!}} &lt;big&gt;'''CABI Infectious Diseases Pages''' is a partnership page series of CABI Animal Health and Production Compendium.<br /> CABI is a not-for-profit international organization that improves people’s lives by providing information and applying scientific expertise to solve problems in agriculture and the environment. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:VETSTREAM.png|center|300px|link=:https://en.wikivet.net/Vetstream]]<br /> {{!}} &lt;big&gt;'''Vetstream clinical educational resource''' is a partnership page series of Vetstream.<br /> Vetstream is the world’s largest online source of peer-reviewed point-of care veterinary content for the veterinary treatment of Dogs, Cats, Horses and Rabbits via its Canis, Felis, Equis and Lapis services. &lt;/big&gt;<br /> {{!}}-.</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188093 2016-08-18T02:09:46Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:FlashcardII.png|center|300px|link=:Flashcards]]<br /> {{!}} &lt;big&gt;'''WikiVet Flashcards''' are a self assessment tool with questions, answers and links to the relevant article on WikiVet. Test your knowledge using flashcards.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipodcasts.png|center|300px|link=:Podcasts]]<br /> {{!}} &lt;big&gt;'''WikiVet Podcasts''' is a selection of relevant podcasts. Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:ApplicationsII.png|center|300px|link=:Computer Aided Learning]]<br /> {{!}} &lt;big&gt;'''Computer Aided Learning''' consists of a selection of the best free and useful veterinary computer aided learning applications and programmes for vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Websites.png|center|300px|link=:Wikilins|Veterinary Web Links]]<br /> {{!}} &lt;big&gt;'''Veterinary Educational Websites''' is the largest listing of educational web links on the web and many of these have been reviewed by vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiVideos.png|center|100px|link=:http://wikivet.mediacore.tv/guide Videos]]<br /> {{!}} &lt;big&gt;'''WikiVet Videos Project''' is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:VET_Talks.png|center|100px|link=:https://www.youtube.com/channel/UCsFqhhDpjtSGOgZFsvO1LpA]]<br /> {{!}} &lt;big&gt;'''VET Talks Project''' is a joint project of WikiVet and International Veterinary Students' Association (IVSA)/Standing Committee on Veterinary Education (SCoVE) on e-learning videos by outstanding speakers all over the world.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:OVAMII.png|center|100px|link=:OVAM]]<br /> {{!}} &lt;big&gt;'''Online Veterinary Anatomy Museum''' project of WikiVet, is the largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:CABI.png|center|300px|link=:CABI_AHPC_Pages|Full Text Articles]]<br /> {{!}} &lt;big&gt;'''CABI Infectious Diseases Pages''' is a partnership page series of CABI Animal Health and Production Compendium.<br /> CABI is a not-for-profit international organization that improves people’s lives by providing information and applying scientific expertise to solve problems in agriculture and the environment. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:VETSTREAM.png|center|300px|link=:https://en.wikivet.net/Vetstream]]<br /> {{!}} &lt;big&gt;'''Vetstream clinical educational resource''' is a partnership page series of Vetstream.<br /> Vetstream is the world’s largest online source of peer-reviewed point-of care veterinary content for the veterinary treatment of Dogs, Cats, Horses and Rabbits via its Canis, Felis, Equis and Lapis services. &lt;/big&gt;<br /> {{!}}-.</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188092 2016-08-18T02:03:31Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:FlashcardII.png|center|300px|link=:Flashcards]]<br /> {{!}} &lt;big&gt;'''WikiVet Flashcards''' are a self assessment tool with questions, answers and links to the relevant article on WikiVet. Test your knowledge using flashcards.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipodcasts.png|center|300px|link=:Podcasts]]<br /> {{!}} &lt;big&gt;'''WikiVet Podcasts''' is a selection of relevant podcasts. Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:ApplicationsII.png|center|300px|link=:Computer Aided Learning]]<br /> {{!}} &lt;big&gt;'''Computer Aided Learning''' consists of a selection of the best free and useful veterinary computer aided learning applications and programmes for vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Websites.png|center|300px|link=:Wikilins|Veterinary Web Links]]<br /> {{!}} &lt;big&gt;'''Veterinary Educational Websites''' is the largest listing of educational web links on the web and many of these have been reviewed by vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiVideos.png|center|100px|link=:http://wikivet.mediacore.tv/guide Videos]]<br /> {{!}} &lt;big&gt;'''WikiVet Videos Project''' is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:VET_Talks.png|center|100px|link=:https://www.youtube.com/channel/UCsFqhhDpjtSGOgZFsvO1LpA]]<br /> {{!}} &lt;big&gt;'''VET Talks Project''' is a joint project of WikiVet and International Veterinary Students' Association (IVSA)/Standing Committee on Veterinary Education (SCoVE) on e-learning videos by outstanding speakers all over the world.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:OVAMII.png|center|100px|link=:OVAM]]<br /> {{!}} &lt;big&gt;'''Online Veterinary Anatomy Museum''' project of WikiVet, is the largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:CABI.png|center|300px|link=:CABI_AHPC_Pages|Full Text Articles]]<br /> {{!}} &lt;big&gt;'''CABI Infectious Diseases Pages''' is a page series of CABI Animal Health and Production Compendium.<br /> CABI is a not-for-profit international organization that improves people’s lives by providing information and applying scientific expertise to solve problems in agriculture and the environment. &lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188091 2016-08-18T01:55:07Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:FlashcardII.png|center|300px|link=:Flashcards]]<br /> {{!}} &lt;big&gt;'''WikiVet Flashcards''' are a self assessment tool with questions, answers and links to the relevant article on WikiVet. Test your knowledge using flashcards.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipodcasts.png|center|300px|link=:Podcasts]]<br /> {{!}} &lt;big&gt;'''WikiVet Podcasts''' is a selection of relevant podcasts. Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:ApplicationsII.png|center|300px|link=:Computer Aided Learning]]<br /> {{!}} &lt;big&gt;'''Computer Aided Learning''' consists of a selection of the best free and useful veterinary computer aided learning applications and programmes for vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Websites.png|center|300px|link=:Wikilins|Veterinary Web Links]]<br /> {{!}} &lt;big&gt;'''Veterinary Educational Websites''' is the largest listing of educational web links on the web and many of these have been reviewed by vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiVideos.png|center|300px|link=:http://wikivet.mediacore.tv/guide Videos]]<br /> {{!}} &lt;big&gt;'''WikiVet Videos Project''' is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:VET_Talks.png|center|300px|link=:https://www.youtube.com/channel/UCsFqhhDpjtSGOgZFsvO1LpA]]<br /> {{!}} &lt;big&gt;'''VET Talks Project''' is a joint project of WikiVet and International Veterinary Students' Association (IVSA)/Standing Committee on Veterinary Education (SCoVE) on e-learning videos by outstanding speakers all over the world.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:OVAMII.png|center|300px|link=:OVAM]]<br /> {{!}} &lt;big&gt;'''Online Veterinary Anatomy Museum''' project of WikiVet, is the largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188090 2016-08-18T01:49:10Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:FlashcardII.png|center|300px|link=:Flashcards]]<br /> {{!}} &lt;big&gt;'''WikiVet Flashcards''' are a self assessment tool with questions, answers and links to the relevant article on WikiVet. Test your knowledge using flashcards.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipodcasts.png|center|300px|link=:Podcasts]]<br /> {{!}} &lt;big&gt;'''WikiVet Podcasts''' is a selection of relevant podcasts. Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:ApplicationsII.png|center|300px|link=:Computer Aided Learning]]<br /> {{!}} &lt;big&gt;'''Computer Aided Learning''' consists of a selection of the best free and useful veterinary computer aided learning applications and programmes for vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Websites.png|center|300px|link=:Wikilins|Veterinary Web Links]]<br /> {{!}} &lt;big&gt;'''Veterinary Educational Websites''' is the largest listing of educational web links on the web and many of these have been reviewed by vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiVideos.png|center|300px|link=:http://wikivet.mediacore.tv/guide Videos]]<br /> {{!}} &lt;big&gt;'''WikiVet Videos Project''' is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:VET_Talks.png|center|300px|link=:https://www.youtube.com/channel/UCsFqhhDpjtSGOgZFsvO1LpA]]<br /> {{!}} &lt;big&gt;'''VET Talks Project''' is a joint project of WikiVet and International Veterinary Students' Association (IVSA)/Standing Committee on Veterinary Education (SCoVE) on e-learning videos by outstanding speakers all over the world.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:OVAM-no text.png|center|300px|link=:OVAM]]<br /> {{!}} &lt;big&gt;'''Online Veterinary Anatomy Museum''' project of WikiVet, is the largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188089 2016-08-18T01:39:08Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:FlashcardII.png|center|300px|link=:Flashcards]]<br /> {{!}} &lt;big&gt;'''WikiVet Flashcards''' are a self assessment tool with questions, answers and links to the relevant article on WikiVet. Test your knowledge using flashcards.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipodcasts.png|center|300px|link=:Podcasts]]<br /> {{!}} &lt;big&gt;'''WikiVet Podcasts''' is a selection of relevant podcasts. Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:ApplicationsII.png|center|300px|link=:Computer Aided Learning]]<br /> {{!}} &lt;big&gt;'''Computer Aided Learning''' consists of a selection of the best free and useful veterinary computer aided learning applications and programmes for vets and students.&lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Websites.png|center|300px|link=:Wikilins|Veterinary Web Links]]<br /> {{!}} &lt;big&gt;'''Veterinary Educational Websites''' is the largest listing of educational web links on the web and many of these have been reviewed by vets and students.&lt;/big&gt;<br /> {{!}}-<br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiVideo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Video]]<br /> desc none}}&lt;big&gt;[http://wikivet.mediacore.tv/guide Videos]&lt;/big&gt;&lt;br&gt;Selection of relevant videos<br /> {{!}} &lt;big&gt;WikiVet Media is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[OVAM]]<br /> desc none}}&lt;big&gt;[[OVAM]] &lt;/big&gt;&lt;br&gt;Anatomy Museum Resources<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[VET Talks]]<br /> desc none}}&lt;big&gt;[[VET Talks]] &lt;/big&gt;&lt;br&gt;VET Talks<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188088 2016-08-18T01:17:43Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:FlashcardII.png|center|300px|link=:Flashcards]]<br /> {{!}} &lt;big&gt;'''WikiVet Flashcards''' are a self assessment tool with questions, answers and links to the relevant article on WikiVet. Test your knowledge using flashcards.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiVideo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Video]]<br /> desc none}}&lt;big&gt;[http://wikivet.mediacore.tv/guide Videos]&lt;/big&gt;&lt;br&gt;Selection of relevant videos<br /> {{!}} &lt;big&gt;WikiVet Media is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WVpodcasts.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Podcasts]]<br /> desc none}}&lt;big&gt;[[Podcasts]] &lt;/big&gt;&lt;br&gt;Selection of relevant podcasts<br /> {{!}} &lt;big&gt;Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Learn2.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Computer Aided Learning]]<br /> desc none}}&lt;big&gt;[[Computer Aided Learning]] &lt;/big&gt;&lt;br&gt;Useful programmes<br /> {{!}} &lt;big&gt;A selection of the best free veterinary computer aided learning programs for vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wwwglobe1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Web Links|WikiLinks]]<br /> desc none}}&lt;big&gt;[[WikiLinks|Veterinary Web Links]]&lt;/big&gt;&lt;br&gt;Links to Veterinary Sites<br /> {{!}} &lt;big&gt;We have the largest listing of educational web links on the web and many of these have been reviewed by vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[OVAM]]<br /> desc none}}&lt;big&gt;[[OVAM]] &lt;/big&gt;&lt;br&gt;Anatomy Museum Resources<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[VET Talks]]<br /> desc none}}&lt;big&gt;[[VET Talks]] &lt;/big&gt;&lt;br&gt;VET Talks<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188087 2016-08-18T01:13:13Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:WikiquizII.png|center|300px|link=:WikiQuiz]]<br /> {{!}} &lt;big&gt;'''WikiVet Quiz''' contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article. &lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Flashcards logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Flashcards]]<br /> desc none}}&lt;big&gt;[[Flashcards]] &lt;/big&gt;&lt;br&gt;Test your knowledge using flashcards<br /> {{!}} &lt;big&gt;Flashcards are a self assessment tool with questions, answers and links to the relevant article on WikiVet.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiVideo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Video]]<br /> desc none}}&lt;big&gt;[http://wikivet.mediacore.tv/guide Videos]&lt;/big&gt;&lt;br&gt;Selection of relevant videos<br /> {{!}} &lt;big&gt;WikiVet Media is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WVpodcasts.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Podcasts]]<br /> desc none}}&lt;big&gt;[[Podcasts]] &lt;/big&gt;&lt;br&gt;Selection of relevant podcasts<br /> {{!}} &lt;big&gt;Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Learn2.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Computer Aided Learning]]<br /> desc none}}&lt;big&gt;[[Computer Aided Learning]] &lt;/big&gt;&lt;br&gt;Useful programmes<br /> {{!}} &lt;big&gt;A selection of the best free veterinary computer aided learning programs for vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wwwglobe1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Web Links|WikiLinks]]<br /> desc none}}&lt;big&gt;[[WikiLinks|Veterinary Web Links]]&lt;/big&gt;&lt;br&gt;Links to Veterinary Sites<br /> {{!}} &lt;big&gt;We have the largest listing of educational web links on the web and many of these have been reviewed by vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[OVAM]]<br /> desc none}}&lt;big&gt;[[OVAM]] &lt;/big&gt;&lt;br&gt;Anatomy Museum Resources<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[VET Talks]]<br /> desc none}}&lt;big&gt;[[VET Talks]] &lt;/big&gt;&lt;br&gt;VET Talks<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188086 2016-08-18T01:07:08Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikidragster.png|center|300px|link=:Dragster]]<br /> {{!}} &lt;big&gt;'''WikiVet Drag and Drop (Dragster)''' Test your knowledge using drag and drop boxes. Dragsters are sets of anatomy images with labels to drag onto the relevant area. &lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiQuiz logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[WikiQuiz|WikiQuiz]]<br /> desc none}}&lt;big&gt;[[WikiQuiz]] &lt;/big&gt;&lt;br&gt;Collection of multiple choice quizzes<br /> {{!}} &lt;big&gt;WikiQuiz contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Flashcards logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Flashcards]]<br /> desc none}}&lt;big&gt;[[Flashcards]] &lt;/big&gt;&lt;br&gt;Test your knowledge using flashcards<br /> {{!}} &lt;big&gt;Flashcards are a self assessment tool with questions, answers and links to the relevant article on WikiVet.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiVideo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Video]]<br /> desc none}}&lt;big&gt;[http://wikivet.mediacore.tv/guide Videos]&lt;/big&gt;&lt;br&gt;Selection of relevant videos<br /> {{!}} &lt;big&gt;WikiVet Media is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WVpodcasts.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Podcasts]]<br /> desc none}}&lt;big&gt;[[Podcasts]] &lt;/big&gt;&lt;br&gt;Selection of relevant podcasts<br /> {{!}} &lt;big&gt;Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Learn2.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Computer Aided Learning]]<br /> desc none}}&lt;big&gt;[[Computer Aided Learning]] &lt;/big&gt;&lt;br&gt;Useful programmes<br /> {{!}} &lt;big&gt;A selection of the best free veterinary computer aided learning programs for vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wwwglobe1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Web Links|WikiLinks]]<br /> desc none}}&lt;big&gt;[[WikiLinks|Veterinary Web Links]]&lt;/big&gt;&lt;br&gt;Links to Veterinary Sites<br /> {{!}} &lt;big&gt;We have the largest listing of educational web links on the web and many of these have been reviewed by vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[OVAM]]<br /> desc none}}&lt;big&gt;[[OVAM]] &lt;/big&gt;&lt;br&gt;Anatomy Museum Resources<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[VET Talks]]<br /> desc none}}&lt;big&gt;[[VET Talks]] &lt;/big&gt;&lt;br&gt;VET Talks<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188085 2016-08-18T00:53:28Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> | style=&quot;width: 33%; height: 100px; background-color:none;&quot; |<br /> ;[[File:Wikipages.png|center|300px|link=:Veterinary Education Online]] <br /> {{!}} &lt;big&gt;'''WikiVet recommended pages''' Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Dragster logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Dragster]]<br /> desc none}}&lt;big&gt;[[Dragster|Drag and Drop (Dragster)]] &lt;/big&gt;&lt;br&gt;Test your knowledge using drag and drop boxes<br /> {{!}} &lt;big&gt;Dragster - Drag and Drop activities are sets of anatomy images with labels to drag onto the relevant area.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiQuiz logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[WikiQuiz|WikiQuiz]]<br /> desc none}}&lt;big&gt;[[WikiQuiz]] &lt;/big&gt;&lt;br&gt;Collection of multiple choice quizzes<br /> {{!}} &lt;big&gt;WikiQuiz contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Flashcards logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Flashcards]]<br /> desc none}}&lt;big&gt;[[Flashcards]] &lt;/big&gt;&lt;br&gt;Test your knowledge using flashcards<br /> {{!}} &lt;big&gt;Flashcards are a self assessment tool with questions, answers and links to the relevant article on WikiVet.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiVideo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Video]]<br /> desc none}}&lt;big&gt;[http://wikivet.mediacore.tv/guide Videos]&lt;/big&gt;&lt;br&gt;Selection of relevant videos<br /> {{!}} &lt;big&gt;WikiVet Media is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WVpodcasts.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Podcasts]]<br /> desc none}}&lt;big&gt;[[Podcasts]] &lt;/big&gt;&lt;br&gt;Selection of relevant podcasts<br /> {{!}} &lt;big&gt;Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Learn2.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Computer Aided Learning]]<br /> desc none}}&lt;big&gt;[[Computer Aided Learning]] &lt;/big&gt;&lt;br&gt;Useful programmes<br /> {{!}} &lt;big&gt;A selection of the best free veterinary computer aided learning programs for vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wwwglobe1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Web Links|WikiLinks]]<br /> desc none}}&lt;big&gt;[[WikiLinks|Veterinary Web Links]]&lt;/big&gt;&lt;br&gt;Links to Veterinary Sites<br /> {{!}} &lt;big&gt;We have the largest listing of educational web links on the web and many of these have been reviewed by vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[OVAM]]<br /> desc none}}&lt;big&gt;[[OVAM]] &lt;/big&gt;&lt;br&gt;Anatomy Museum Resources<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[VET Talks]]<br /> desc none}}&lt;big&gt;[[VET Talks]] &lt;/big&gt;&lt;br&gt;VET Talks<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188084 2016-08-18T00:48:13Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wikipages.png{{!}}left{{!}}300px<br /> rect 0 0 360 350 [[Veterinary Education Online]]<br /> desc none}}&lt;br&gt;WikiVet recommended pages<br /> {{!}} &lt;big&gt;Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Dragster logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Dragster]]<br /> desc none}}&lt;big&gt;[[Dragster|Drag and Drop (Dragster)]] &lt;/big&gt;&lt;br&gt;Test your knowledge using drag and drop boxes<br /> {{!}} &lt;big&gt;Dragster - Drag and Drop activities are sets of anatomy images with labels to drag onto the relevant area.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiQuiz logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[WikiQuiz|WikiQuiz]]<br /> desc none}}&lt;big&gt;[[WikiQuiz]] &lt;/big&gt;&lt;br&gt;Collection of multiple choice quizzes<br /> {{!}} &lt;big&gt;WikiQuiz contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Flashcards logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Flashcards]]<br /> desc none}}&lt;big&gt;[[Flashcards]] &lt;/big&gt;&lt;br&gt;Test your knowledge using flashcards<br /> {{!}} &lt;big&gt;Flashcards are a self assessment tool with questions, answers and links to the relevant article on WikiVet.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiVideo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Video]]<br /> desc none}}&lt;big&gt;[http://wikivet.mediacore.tv/guide Videos]&lt;/big&gt;&lt;br&gt;Selection of relevant videos<br /> {{!}} &lt;big&gt;WikiVet Media is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WVpodcasts.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Podcasts]]<br /> desc none}}&lt;big&gt;[[Podcasts]] &lt;/big&gt;&lt;br&gt;Selection of relevant podcasts<br /> {{!}} &lt;big&gt;Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Learn2.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Computer Aided Learning]]<br /> desc none}}&lt;big&gt;[[Computer Aided Learning]] &lt;/big&gt;&lt;br&gt;Useful programmes<br /> {{!}} &lt;big&gt;A selection of the best free veterinary computer aided learning programs for vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wwwglobe1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Web Links|WikiLinks]]<br /> desc none}}&lt;big&gt;[[WikiLinks|Veterinary Web Links]]&lt;/big&gt;&lt;br&gt;Links to Veterinary Sites<br /> {{!}} &lt;big&gt;We have the largest listing of educational web links on the web and many of these have been reviewed by vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[OVAM]]<br /> desc none}}&lt;big&gt;[[OVAM]] &lt;/big&gt;&lt;br&gt;Anatomy Museum Resources<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[VET Talks]]<br /> desc none}}&lt;big&gt;[[VET Talks]] &lt;/big&gt;&lt;br&gt;VET Talks<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188083 2016-08-18T00:47:16Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wikipages.png{{!}}left{{!}}300px<br /> rect 0 0 360 350 [[Veterinary Education Online]]<br /> desc none}}&lt;br&gt;Recommended pages<br /> {{!}} &lt;big&gt;Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Dragster logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Dragster]]<br /> desc none}}&lt;big&gt;[[Dragster|Drag and Drop (Dragster)]] &lt;/big&gt;&lt;br&gt;Test your knowledge using drag and drop boxes<br /> {{!}} &lt;big&gt;Dragster - Drag and Drop activities are sets of anatomy images with labels to drag onto the relevant area.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiQuiz logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[WikiQuiz|WikiQuiz]]<br /> desc none}}&lt;big&gt;[[WikiQuiz]] &lt;/big&gt;&lt;br&gt;Collection of multiple choice quizzes<br /> {{!}} &lt;big&gt;WikiQuiz contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Flashcards logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Flashcards]]<br /> desc none}}&lt;big&gt;[[Flashcards]] &lt;/big&gt;&lt;br&gt;Test your knowledge using flashcards<br /> {{!}} &lt;big&gt;Flashcards are a self assessment tool with questions, answers and links to the relevant article on WikiVet.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiVideo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Video]]<br /> desc none}}&lt;big&gt;[http://wikivet.mediacore.tv/guide Videos]&lt;/big&gt;&lt;br&gt;Selection of relevant videos<br /> {{!}} &lt;big&gt;WikiVet Media is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WVpodcasts.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Podcasts]]<br /> desc none}}&lt;big&gt;[[Podcasts]] &lt;/big&gt;&lt;br&gt;Selection of relevant podcasts<br /> {{!}} &lt;big&gt;Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Learn2.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Computer Aided Learning]]<br /> desc none}}&lt;big&gt;[[Computer Aided Learning]] &lt;/big&gt;&lt;br&gt;Useful programmes<br /> {{!}} &lt;big&gt;A selection of the best free veterinary computer aided learning programs for vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wwwglobe1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Web Links|WikiLinks]]<br /> desc none}}&lt;big&gt;[[WikiLinks|Veterinary Web Links]]&lt;/big&gt;&lt;br&gt;Links to Veterinary Sites<br /> {{!}} &lt;big&gt;We have the largest listing of educational web links on the web and many of these have been reviewed by vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[OVAM]]<br /> desc none}}&lt;big&gt;[[OVAM]] &lt;/big&gt;&lt;br&gt;Anatomy Museum Resources<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[VET Talks]]<br /> desc none}}&lt;big&gt;[[VET Talks]] &lt;/big&gt;&lt;br&gt;VET Talks<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188082 2016-08-18T00:41:34Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiWords logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Education Online]]<br /> desc none}}&lt;big&gt;[[Veterinary Education Online|Wikipages]] &lt;/big&gt;&lt;br&gt;Recommended pages<br /> {{!}} &lt;big&gt;Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Dragster logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Dragster]]<br /> desc none}}&lt;big&gt;[[Dragster|Drag and Drop (Dragster)]] &lt;/big&gt;&lt;br&gt;Test your knowledge using drag and drop boxes<br /> {{!}} &lt;big&gt;Dragster - Drag and Drop activities are sets of anatomy images with labels to drag onto the relevant area.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiQuiz logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[WikiQuiz|WikiQuiz]]<br /> desc none}}&lt;big&gt;[[WikiQuiz]] &lt;/big&gt;&lt;br&gt;Collection of multiple choice quizzes<br /> {{!}} &lt;big&gt;WikiQuiz contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Flashcards logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Flashcards]]<br /> desc none}}&lt;big&gt;[[Flashcards]] &lt;/big&gt;&lt;br&gt;Test your knowledge using flashcards<br /> {{!}} &lt;big&gt;Flashcards are a self assessment tool with questions, answers and links to the relevant article on WikiVet.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiVideo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Video]]<br /> desc none}}&lt;big&gt;[http://wikivet.mediacore.tv/guide Videos]&lt;/big&gt;&lt;br&gt;Selection of relevant videos<br /> {{!}} &lt;big&gt;WikiVet Media is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WVpodcasts.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Podcasts]]<br /> desc none}}&lt;big&gt;[[Podcasts]] &lt;/big&gt;&lt;br&gt;Selection of relevant podcasts<br /> {{!}} &lt;big&gt;Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Learn2.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Computer Aided Learning]]<br /> desc none}}&lt;big&gt;[[Computer Aided Learning]] &lt;/big&gt;&lt;br&gt;Useful programmes<br /> {{!}} &lt;big&gt;A selection of the best free veterinary computer aided learning programs for vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wwwglobe1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Web Links|WikiLinks]]<br /> desc none}}&lt;big&gt;[[WikiLinks|Veterinary Web Links]]&lt;/big&gt;&lt;br&gt;Links to Veterinary Sites<br /> {{!}} &lt;big&gt;We have the largest listing of educational web links on the web and many of these have been reviewed by vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[OVAM]]<br /> desc none}}&lt;big&gt;[[OVAM]] &lt;/big&gt;&lt;br&gt;Anatomy Museum Resources<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[VET Talks]]<br /> desc none}}&lt;big&gt;[[VET Talks]] &lt;/big&gt;&lt;br&gt;VET Talks<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188081 2016-08-18T00:22:37Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;e-Learning&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiWords logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Education Online]]<br /> desc none}}&lt;big&gt;[[Veterinary Education Online|Wikipages]] &lt;/big&gt;&lt;br&gt;Recommended pages<br /> {{!}} &lt;big&gt;Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Dragster logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Dragster]]<br /> desc none}}&lt;big&gt;[[Dragster|Drag and Drop (Dragster)]] &lt;/big&gt;&lt;br&gt;Test your knowledge using drag and drop boxes<br /> {{!}} &lt;big&gt;Dragster - Drag and Drop activities are sets of anatomy images with labels to drag onto the relevant area.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiQuiz logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[WikiQuiz|WikiQuiz]]<br /> desc none}}&lt;big&gt;[[WikiQuiz]] &lt;/big&gt;&lt;br&gt;Collection of multiple choice quizzes<br /> {{!}} &lt;big&gt;WikiQuiz contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Flashcards logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Flashcards]]<br /> desc none}}&lt;big&gt;[[Flashcards]] &lt;/big&gt;&lt;br&gt;Test your knowledge using flashcards<br /> {{!}} &lt;big&gt;Flashcards are a self assessment tool with questions, answers and links to the relevant article on WikiVet.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiVideo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Video]]<br /> desc none}}&lt;big&gt;[http://wikivet.mediacore.tv/guide Videos]&lt;/big&gt;&lt;br&gt;Selection of relevant videos<br /> {{!}} &lt;big&gt;WikiVet Media is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WVpodcasts.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Podcasts]]<br /> desc none}}&lt;big&gt;[[Podcasts]] &lt;/big&gt;&lt;br&gt;Selection of relevant podcasts<br /> {{!}} &lt;big&gt;Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Learn2.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Computer Aided Learning]]<br /> desc none}}&lt;big&gt;[[Computer Aided Learning]] &lt;/big&gt;&lt;br&gt;Useful programmes<br /> {{!}} &lt;big&gt;A selection of the best free veterinary computer aided learning programs for vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wwwglobe1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Web Links|WikiLinks]]<br /> desc none}}&lt;big&gt;[[WikiLinks|Veterinary Web Links]]&lt;/big&gt;&lt;br&gt;Links to Veterinary Sites<br /> {{!}} &lt;big&gt;We have the largest listing of educational web links on the web and many of these have been reviewed by vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[OVAM]]<br /> desc none}}&lt;big&gt;[[OVAM]] &lt;/big&gt;&lt;br&gt;Anatomy Museum Resources<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Learning_Resources_Test&diff=188080 2016-08-18T00:19:50Z

<p>Flvet: Created page with &quot;{| class=&quot;toccolours vevent&quot; align=center style=&quot;width:{{{box_width|60em}}}; font-size:90%; text-align:left;&quot; ! colspan=&quot;2&quot; style=&quot;text-align:center; font-size:larger; backgro...&quot;</p> <hr /> <div>{| class=&quot;toccolours vevent&quot; align=center style=&quot;width:{{{box_width|60em}}}; font-size:90%; text-align:left;&quot;<br /> ! colspan=&quot;2&quot; style=&quot;text-align:center; font-size:larger; background-color:#cedff2; color:#010;&quot; | WikiVet Learning Resources<br /> |-<br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiWords logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Education Online]]<br /> desc none}}&lt;big&gt;[[Veterinary Education Online|Wikipages]] &lt;/big&gt;&lt;br&gt;Recommended pages<br /> {{!}} &lt;big&gt;Over 5,000 pages of content covering the entire veterinary curriculum. &lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Dragster logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Dragster]]<br /> desc none}}&lt;big&gt;[[Dragster|Drag and Drop (Dragster)]] &lt;/big&gt;&lt;br&gt;Test your knowledge using drag and drop boxes<br /> {{!}} &lt;big&gt;Dragster - Drag and Drop activities are sets of anatomy images with labels to drag onto the relevant area.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiQuiz logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[WikiQuiz|WikiQuiz]]<br /> desc none}}&lt;big&gt;[[WikiQuiz]] &lt;/big&gt;&lt;br&gt;Collection of multiple choice quizzes<br /> {{!}} &lt;big&gt;WikiQuiz contains multiple choice questions for both preclinical and clinical topics with feedback and links to the relevant WikiVet article.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Flashcards logo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Flashcards]]<br /> desc none}}&lt;big&gt;[[Flashcards]] &lt;/big&gt;&lt;br&gt;Test your knowledge using flashcards<br /> {{!}} &lt;big&gt;Flashcards are a self assessment tool with questions, answers and links to the relevant article on WikiVet.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WikiVideo.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Video]]<br /> desc none}}&lt;big&gt;[http://wikivet.mediacore.tv/guide Videos]&lt;/big&gt;&lt;br&gt;Selection of relevant videos<br /> {{!}} &lt;big&gt;WikiVet Media is WikiVet's own video website where you can find a large collection of veterinary videos on anatomy, husbandry and clinical topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:WVpodcasts.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Podcasts]]<br /> desc none}}&lt;big&gt;[[Podcasts]] &lt;/big&gt;&lt;br&gt;Selection of relevant podcasts<br /> {{!}} &lt;big&gt;Currently we have links to the largest set of veterinary podcasts on Clinical, Research and Disease topics.&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Learn2.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Computer Aided Learning]]<br /> desc none}}&lt;big&gt;[[Computer Aided Learning]] &lt;/big&gt;&lt;br&gt;Useful programmes<br /> {{!}} &lt;big&gt;A selection of the best free veterinary computer aided learning programs for vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Library1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[CABI_AHPC_Pages]]<br /> desc none}}&lt;big&gt;[[CABI_AHPC_Pages|Full Text Articles]] &lt;/big&gt;&lt;br&gt;Journal Articles<br /> {{!}} &lt;big&gt;WikiVet has worked with veterinary publishers to provide links to their journals and summarised key pages&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|Image:Wwwglobe1.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[Veterinary Web Links|WikiLinks]]<br /> desc none}}&lt;big&gt;[[WikiLinks|Veterinary Web Links]]&lt;/big&gt;&lt;br&gt;Links to Veterinary Sites<br /> {{!}} &lt;big&gt;We have the largest listing of educational web links on the web and many of these have been reviewed by vets and students&lt;/big&gt;<br /> {{!}}-<br /> <br /> <br /> ! width=&quot;450&quot; {{!}} {{#tag:imagemap|File:OVAM-no text.png{{!}}left{{!}}80px<br /> rect 0 0 360 350 [[OVAM]]<br /> desc none}}&lt;big&gt;[[OVAM]] &lt;/big&gt;&lt;br&gt;Anatomy Museum Resources<br /> {{!}} &lt;big&gt;The largest set of online veterinary anatomy exhibits within one collection.&lt;/big&gt;<br /> {{!}}-</div>

Flvet https://en.wikivet.net/index.php?title=Fanis&diff=186627 2016-05-25T16:53:28Z

<p>Flvet: </p> <hr /> <div>{{DISPLAYTITLE:&lt;span style=&quot;display: none&quot;&gt;{{FULLPAGENAME}}&lt;/span&gt;}}<br /> &lt;div id=&quot;mf-body&quot; title=&quot;Welcome to WikiVet&quot;&gt;<br /> {{#widget:Button|name=Login|page=Login}}{{#widget:Button|name=About|page=WikiVet_Introduction}}{{#widget:Button|name=Help|page=/Frequently_Asked_Questions}}<br /> {{mobilemainpage}}<br /> &lt;/div&gt;<br /> {|width=&quot;100%&quot;<br /> |align=&quot;left&quot;|{{#widget:FBLike}}{{#widget:TwitterFollow}}<br /> |align=&quot;right&quot;|{{#widget:Button|id=small|name=Login|page=Login}}{{#widget:Button|id=small|name=Register|page=Request_Account}}{{#widget:Button|id=small|name=About|page=WikiVet_Introduction}}{{#widget:Button|id=small|name=Search|page=Search}}{{#widget:Button|id=small|name=Help|page=Frequently_Asked_Questions}}<br /> |}<br /> {|style=&quot;background:#f5faff;&quot; width=&quot;100%&quot;<br /> |-<br /> &lt;br /&gt;<br /> <br /> &lt;!---------------------------Navigation------------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:0px 0px 0px 0px; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:none;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {{#tag:imagemap|File:Circle_-_divided.png{{!}}center{{!}}600px<br /> circle 0 0 320 [[Discipline]]<br /> circle 320 0 640 [[ELearning_showcase]]<br /> circle 0 192 320 [[System]]<br /> circle 320 192 640 [[Species]]<br /> desc none}}<br /> &lt;br&gt;<br /> <br /> &lt;center&gt;WikiVet is one of the largest collections of high quality online veterinary educational resources on the web<br /> Please help us continue to provide free access to this content by making a donation to the WikiVet Educational Foundation - just click Donate button on the left menu - even the smallest amounts help!<br /> &lt;/center&gt;<br /> |}<br /> |}<br /> &lt;!---------------------------News--------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:none; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:#000;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> === WikiVet News &amp; Updates ===<br /> ----<br /> Welcome to all new registered users in 2015 - you are joining a global community of '''[[Special:Statistics|{{NUMBEROFUSERS}}]]''' veterinary students and practitioners. For more information about how to get the most out of the site, please '''[[New Students|take a look at this section]]'''.<br /> <br /> ====WikiVet and Vetstream Link Up====<br /> We are excited to announce that the link between WikiVet and Vetstream has now gone live. This means that all WikiVet student users will now be able to access '''[[Vetstream|Vetstream's content]]''' free of charge. This provides students with access to an extensive clinical educational and reference resource which we think will be invaluable to veterinary studies as well as clinical practice.<br /> <br /> ====New online bookstore====<br /> As part of our ongoing efforts to raise funds to support WikiVet, we have set up '''[http://astore.amazon.co.uk/wik02-21 a bookstore]'''. A percentage of all sales will go to WikiVet and we have added as many useful veterinary texts as possible for you to choose from. The prices are competitive so if you are looking to buy textbooks why not help WikiVet at the same time? <br /> <br /> ====New Sponsored Content====<br /> WikiVet and '''[http://www.mars.com/global/index.aspx Mars Petcare]''' have recently launched new veterinary educational materials focused on [[Nutrients|cat and dog nutrition]] and its role in health and wellbeing. &lt;br&gt;<br /> <br /> ====Global Survey of Veterinary Students' Online Learning====<br /> The results of the Global Survey of Veterinary Students' Online Learning survey have now been compiled and analysed. We had over 1,000 responses and a summary of the findings presented at the '''[http://www.slideshare.net/nshort1/wikivet-survey-amee-elearning-symposium-2015-presentation AMEE 2015 Conference is accessible here]'''<br /> <br /> === Founders &amp; Partners ===<br /> ----<br /> [[File:Partners-founders.png|700px]]<br /> [[es:Página Principal]]<br /> [[fr:Accueil]]</div>

Flvet https://en.wikivet.net/index.php?title=HomeGR&diff=186626 2016-05-25T16:52:59Z

<p>Flvet: </p> <hr /> <div>{{DISPLAYTITLE:&lt;span style=&quot;display: none&quot;&gt;{{FULLPAGENAME}}&lt;/span&gt;}}<br /> &lt;div id=&quot;mf-body&quot; title=&quot;Welcome to WikiVet&quot;&gt;<br /> {{#widget:Button|name=Login|page=Login}}{{#widget:Button|name=About|page=WikiVet_Introduction}}{{#widget:Button|name=Help|page=/Frequently_Asked_Questions}}<br /> {{mobilemainpage}}<br /> &lt;/div&gt;<br /> {|width=&quot;100%&quot;<br /> |align=&quot;left&quot;|{{#widget:FBLike}}{{#widget:TwitterFollow}}<br /> |align=&quot;right&quot;|{{#widget:Button|id=small|name=Σύνδεση|page=Login}}{{#widget:Button|id=small|name=Εγγραφή|page=Request_Account}}{{#widget:Button|id=small|name=Σχετικά|page=WikiVet_Introduction}}{{#widget:Button|id=small|name=Αναζήτηση|page=Search}}{{#widget:Button|id=small|name=Βοήθεια|page=Frequently_Asked_Questions}}<br /> |}<br /> {|style=&quot;background:#f5faff;&quot; width=&quot;100%&quot;<br /> |-<br /> &lt;br /&gt;<br /> <br /> &lt;!---------------------------Navigation------------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:0px 0px 0px 0px; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:none;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {{#tag:imagemap|File:HomeGr.png{{!}}center{{!}}600px<br /> circle 0 0 320 [[Discipline]]<br /> circle 320 0 640 [[ELearning_showcase]]<br /> circle 0 192 320 [[System]]<br /> circle 320 192 640 [[Species]]<br /> desc none}}<br /> &lt;br&gt;<br /> <br /> &lt;center&gt;Το WikiVet είναι μία από τις μεγαλύτερες συλλογές δωρεάν κτηνιατρικού εκπαιδευτικού υλικού υψηλής ποιότητας στο διαδίκτυο. <br /> Σας παρακαλούμε να συνδράμετε στο έργο μας ώστε να συνεχίσουμε να παράσχουμε δωρεάν πρόσβαση στο υλικό αυτό κάνοντας μια δωρεά στο Εκπαιδευτικό Ίδρυμα WikiVet - πατήστε στο πλήκτρο Donate στο αριστερό μενου. <br /> &lt;/center&gt;<br /> |}<br /> |}<br /> &lt;!---------------------------News--------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:none; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:#000;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> === Νέα του WikiVet ===<br /> ----<br /> Welcome to all new registered users in 2015 - you are joining a global community of '''[[Special:Statistics|{{NUMBEROFUSERS}}]]''' veterinary students and practitioners. For more information about how to get the most out of the site, please '''[[New Students|take a look at this section]]'''.<br /> <br /> ====WikiVet and Vetstream Link Up====<br /> We are excited to announce that the link between WikiVet and Vetstream has now gone live. This means that all WikiVet student users will now be able to access '''[[Vetstream|Vetstream's content]]''' free of charge. This provides students with access to an extensive clinical educational and reference resource which we think will be invaluable to veterinary studies as well as clinical practice.<br /> <br /> ====New online bookstore====<br /> As part of our ongoing efforts to raise funds to support WikiVet, we have set up '''[http://astore.amazon.co.uk/wik02-21 a bookstore]'''. A percentage of all sales will go to WikiVet and we have added as many useful veterinary texts as possible for you to choose from. The prices are competitive so if you are looking to buy textbooks why not help WikiVet at the same time? <br /> <br /> ====New Sponsored Content====<br /> WikiVet and '''[http://www.mars.com/global/index.aspx Mars Petcare]''' have recently launched new veterinary educational materials focused on [[Nutrients|cat and dog nutrition]] and its role in health and wellbeing. &lt;br&gt;<br /> <br /> ====Global Survey of Veterinary Students' Online Learning====<br /> The results of the Global Survey of Veterinary Students' Online Learning survey have now been compiled and analysed. We had over 1,000 responses and a summary of the findings presented at the '''[http://www.slideshare.net/nshort1/wikivet-survey-amee-elearning-symposium-2015-presentation AMEE 2015 Conference is accessible here]'''<br /> <br /> === Ιδρυτές &amp; Εταίροι ===<br /> ----<br /> [[File:Idrites.png|700px]]<br /> [[es:Página Principal]]<br /> [[fr:Accueil]]</div>

Flvet https://en.wikivet.net/index.php?title=Fanis&diff=186625 2016-05-25T16:52:00Z

<p>Flvet: </p> <hr /> <div>{{DISPLAYTITLE:&lt;span style=&quot;display: none&quot;&gt;{{FULLPAGENAME}}&lt;/span&gt;}}<br /> &lt;div id=&quot;mf-body&quot; title=&quot;Welcome to WikiVet&quot;&gt;<br /> {{#widget:Button|name=Login|page=Login}}{{#widget:Button|name=About|page=WikiVet_Introduction}}{{#widget:Button|name=Help|page=/Frequently_Asked_Questions}}<br /> {{mobilemainpage}}<br /> &lt;/div&gt;<br /> {|width=&quot;100%&quot;<br /> |align=&quot;left&quot;|{{#widget:FBLike}}{{#widget:TwitterFollow}}<br /> |align=&quot;right&quot;|{{#widget:Button|id=small|name=Login|page=Login}}{{#widget:Button|id=small|name=Register|page=Request_Account}}{{#widget:Button|id=small|name=About|page=WikiVet_Introduction}}{{#widget:Button|id=small|name=Search|page=Search}}{{#widget:Button|id=small|name=Help|page=Frequently_Asked_Questions}}<br /> |}<br /> {|style=&quot;background:#f5faff;&quot; width=&quot;100%&quot;<br /> |-<br /> &lt;br /&gt;<br /> <br /> &lt;!---------------------------Navigation------------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:0px 0px 0px 0px; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:none;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {{#tag:imagemap|File:Circle_-_divided.png{{!}}center{{!}}600px<br /> circle 0 0 320 [[Discipline]]<br /> circle 320 0 640 [[ELearning_showcase]]<br /> circle 0 192 320 [[System]]<br /> circle 320 192 640 [[Species]]<br /> desc none}}<br /> &lt;br&gt;<br /> <br /> &lt;center&gt;WikiVet is one of the largest collections of high quality online veterinary educational resources on the web<br /> Please help us continue to provide free access to this content by making a donation to the WikiVet Educational Foundation - just click Donate button on the left menu - even the smallest amounts help!<br /> &lt;/center&gt;<br /> |}<br /> |}<br /> &lt;!---------------------------News--------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:none; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:#000;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> === Νέα του WikiVet ===<br /> ----<br /> Welcome to all new registered users in 2015 - you are joining a global community of '''[[Special:Statistics|{{NUMBEROFUSERS}}]]''' veterinary students and practitioners. For more information about how to get the most out of the site, please '''[[New Students|take a look at this section]]'''.<br /> <br /> ====WikiVet and Vetstream Link Up====<br /> We are excited to announce that the link between WikiVet and Vetstream has now gone live. This means that all WikiVet student users will now be able to access '''[[Vetstream|Vetstream's content]]''' free of charge. This provides students with access to an extensive clinical educational and reference resource which we think will be invaluable to veterinary studies as well as clinical practice.<br /> <br /> ====New online bookstore====<br /> As part of our ongoing efforts to raise funds to support WikiVet, we have set up '''[http://astore.amazon.co.uk/wik02-21 a bookstore]'''. A percentage of all sales will go to WikiVet and we have added as many useful veterinary texts as possible for you to choose from. The prices are competitive so if you are looking to buy textbooks why not help WikiVet at the same time? <br /> <br /> ====New Sponsored Content====<br /> WikiVet and '''[http://www.mars.com/global/index.aspx Mars Petcare]''' have recently launched new veterinary educational materials focused on [[Nutrients|cat and dog nutrition]] and its role in health and wellbeing. &lt;br&gt;<br /> <br /> ====Global Survey of Veterinary Students' Online Learning====<br /> The results of the Global Survey of Veterinary Students' Online Learning survey have now been compiled and analysed. We had over 1,000 responses and a summary of the findings presented at the '''[http://www.slideshare.net/nshort1/wikivet-survey-amee-elearning-symposium-2015-presentation AMEE 2015 Conference is accessible here]'''<br /> <br /> === Ιδρυτές &amp; Εταίροι ===<br /> ----<br /> [[File:Idrites.png|700px]]<br /> [[es:Página Principal]]<br /> [[fr:Accueil]]</div>

Flvet https://en.wikivet.net/index.php?title=Fanis&diff=186624 2016-05-25T16:49:49Z

<p>Flvet: </p> <hr /> <div>{{DISPLAYTITLE:&lt;span style=&quot;display: none&quot;&gt;{{FULLPAGENAME}}&lt;/span&gt;}}<br /> &lt;div id=&quot;mf-body&quot; title=&quot;Welcome to WikiVet&quot;&gt;<br /> {{#widget:Button|name=Login|page=Login}}{{#widget:Button|name=About|page=WikiVet_Introduction}}{{#widget:Button|name=Help|page=/Frequently_Asked_Questions}}<br /> {{mobilemainpage}}<br /> &lt;/div&gt;<br /> {|width=&quot;100%&quot;<br /> |align=&quot;left&quot;|{{#widget:FBLike}}{{#widget:TwitterFollow}}<br /> |align=&quot;right&quot;|{{#widget:Button|id=small|name=Login|page=Login}}{{#widget:Button|id=small|name=Register|page=Request_Account}}{{#widget:Button|id=small|name=About|page=WikiVet_Introduction}}{{#widget:Button|id=small|name=Search|page=Search}}{{#widget:Button|id=small|name=Help|page=Frequently_Asked_Questions}}<br /> |}<br /> {|style=&quot;background:#f5faff;&quot; width=&quot;100%&quot;<br /> |-<br /> &lt;br /&gt;<br /> <br /> &lt;!---------------------------Navigation------------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:0px 0px 0px 0px; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:none;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {{#tag:imagemap|File:Circle_-_divided.png{{!}}center{{!}}600px<br /> circle 0 0 320 [[Discipline]]<br /> circle 320 0 640 [[ELearning_showcase]]<br /> circle 0 192 320 [[System]]<br /> circle 320 192 640 [[Species]]<br /> desc none}}<br /> &lt;br&gt;<br /> <br /> &lt;center&gt;WikiVet is one of the largest collections of high quality online veterinary educational resources on the web<br /> Please help us continue to provide free access to this content by making a donation to the WikiVet Educational Foundation - just click Donate button on the left menu - even the smallest amounts help!<br /> &lt;/center&gt;<br /> |}<br /> |}<br /> &lt;!---------------------------News--------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:none; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:#000;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> === WikiVet News and Updates ===<br /> ----<br /> Welcome to all new registered users in 2015 - you are joining a global community of '''[[Special:Statistics|{{NUMBEROFUSERS}}]]''' veterinary students and practitioners. For more information about how to get the most out of the site, please '''[[New Students|take a look at this section]]'''.<br /> <br /> ====WikiVet and Vetstream Link Up====<br /> We are excited to announce that the link between WikiVet and Vetstream has now gone live. This means that all WikiVet student users will now be able to access '''[[Vetstream|Vetstream's content]]''' free of charge. This provides students with access to an extensive clinical educational and reference resource which we think will be invaluable to veterinary studies as well as clinical practice.<br /> <br /> ====New online bookstore====<br /> As part of our ongoing efforts to raise funds to support WikiVet, we have set up '''[http://astore.amazon.co.uk/wik02-21 a bookstore]'''. A percentage of all sales will go to WikiVet and we have added as many useful veterinary texts as possible for you to choose from. The prices are competitive so if you are looking to buy textbooks why not help WikiVet at the same time? <br /> <br /> ====New Sponsored Content====<br /> WikiVet and '''[http://www.mars.com/global/index.aspx Mars Petcare]''' have recently launched new veterinary educational materials focused on [[Nutrients|cat and dog nutrition]] and its role in health and wellbeing. &lt;br&gt;<br /> <br /> ====Global Survey of Veterinary Students' Online Learning====<br /> The results of the Global Survey of Veterinary Students' Online Learning survey have now been compiled and analysed. We had over 1,000 responses and a summary of the findings presented at the '''[http://www.slideshare.net/nshort1/wikivet-survey-amee-elearning-symposium-2015-presentation AMEE 2015 Conference is accessible here]'''<br /> <br /> === Founders &amp; Partners ===<br /> ----<br /> [[File:Partners-founders.png|700px]]<br /> [[es:Página Principal]]<br /> [[fr:Accueil]]</div>

Flvet https://en.wikivet.net/index.php?title=Fanis&diff=186623 2016-05-25T16:43:44Z

<p>Flvet: </p> <hr /> <div>{{DISPLAYTITLE:&lt;span style=&quot;display: none&quot;&gt;{{FULLPAGENAME}}&lt;/span&gt;}}<br /> &lt;div id=&quot;mf-body&quot; title=&quot;Welcome to WikiVet&quot;&gt;<br /> {{#widget:Button|name=Login|page=Login}}{{#widget:Button|name=About|page=WikiVet_Introduction}}{{#widget:Button|name=Help|page=/Frequently_Asked_Questions}}<br /> {{mobilemainpage}}<br /> &lt;/div&gt;<br /> {|width=&quot;100%&quot;<br /> |align=&quot;left&quot;|{{#widget:FBLike}}{{#widget:TwitterFollow}}<br /> |align=&quot;right&quot;|{{#widget:Button|id=small|name=Login|page=Login}}{{#widget:Button|id=small|name=Register|page=Request_Account}}{{#widget:Button|id=small|name=About|page=WikiVet_Introduction}}{{#widget:Button|id=small|name=Search|page=Search}}{{#widget:Button|id=small|name=Help|page=Frequently_Asked_Questions}}<br /> |}<br /> {|style=&quot;background:#f5faff;&quot; width=&quot;100%&quot;<br /> |-<br /> &lt;br /&gt;<br /> <br /> &lt;!---------------------------Navigation------------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:0px 0px 0px 0px; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:none;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {{#tag:imagemap|File:Circle_-_divided.png{{!}}center{{!}}600px<br /> circle 0 0 320 [[Discipline]]<br /> circle 320 0 640 [[ELearning_showcase]]<br /> circle 0 192 320 [[System]]<br /> circle 320 192 640 [[Species]]<br /> desc none}}<br /> &lt;br&gt;<br /> <br /> &lt;center&gt;WikiVet is one of the largest collections of high quality online veterinary educational resources on the web<br /> Please help us continue to provide free access to this content by making a donation to the WikiVet Educational Foundation - just click Donate button on the left menu - even the smallest amounts help!<br /> &lt;/center&gt;<br /> |}<br /> |}<br /> &lt;!---------------------------News--------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:none; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:#000;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> === WikiVet News and Updates ===<br /> Welcome to all new registered users in 2015 - you are joining a global community of '''[[Special:Statistics|{{NUMBEROFUSERS}}]]''' veterinary students and practitioners. For more information about how to get the most out of the site, please '''[[New Students|take a look at this section]]'''.<br /> <br /> ====WikiVet and Vetstream Link Up====<br /> We are excited to announce that the link between WikiVet and Vetstream has now gone live. This means that all WikiVet student users will now be able to access '''[[Vetstream|Vetstream's content]]''' free of charge. This provides students with access to an extensive clinical educational and reference resource which we think will be invaluable to veterinary studies as well as clinical practice.<br /> <br /> ====New online bookstore====<br /> As part of our ongoing efforts to raise funds to support WikiVet, we have set up '''[http://astore.amazon.co.uk/wik02-21 a bookstore]'''. A percentage of all sales will go to WikiVet and we have added as many useful veterinary texts as possible for you to choose from. The prices are competitive so if you are looking to buy textbooks why not help WikiVet at the same time? <br /> <br /> ====New Sponsored Content====<br /> WikiVet and '''[http://www.mars.com/global/index.aspx Mars Petcare]''' have recently launched new veterinary educational materials focused on [[Nutrients|cat and dog nutrition]] and its role in health and wellbeing. &lt;br&gt;<br /> <br /> ====Global Survey of Veterinary Students' Online Learning====<br /> The results of the Global Survey of Veterinary Students' Online Learning survey have now been compiled and analysed. We had over 1,000 responses and a summary of the findings presented at the '''[http://www.slideshare.net/nshort1/wikivet-survey-amee-elearning-symposium-2015-presentation AMEE 2015 Conference is accessible here]'''<br /> <br /> ====View [[News_Archive|News Archive]]====<br /> ----<br /> ''[https://twitter.com/#!/WikiVet Follow us on Twitter]''' to be notified whenever a new page is released and to receive teaser questions! You can also find them on our [https://www.facebook.com/pages/WikiVet/188576847835536?v=wall Facebook page].<br /> <br /> If you have any comments or suggestions, please email the [mailto:wikimaster@wikivet.net WikiVet team] or you can post a comment on our [https://www.facebook.com/pages/WikiVet/188576847835536?v=wall Facebook page]<br /> |}''<br /> ====Founders &amp; Partners====<br /> ----<br /> [[File:Partners-founders.png|600px]]<br /> [[es:Página Principal]]<br /> [[fr:Accueil]]</div>

Flvet https://en.wikivet.net/index.php?title=HomeGR&diff=186622 2016-05-25T16:40:58Z

<p>Flvet: </p> <hr /> <div>{{DISPLAYTITLE:&lt;span style=&quot;display: none&quot;&gt;{{FULLPAGENAME}}&lt;/span&gt;}}<br /> &lt;div id=&quot;mf-body&quot; title=&quot;Welcome to WikiVet&quot;&gt;<br /> {{#widget:Button|name=Login|page=Login}}{{#widget:Button|name=About|page=WikiVet_Introduction}}{{#widget:Button|name=Help|page=/Frequently_Asked_Questions}}<br /> {{mobilemainpage}}<br /> &lt;/div&gt;<br /> {|width=&quot;100%&quot;<br /> |align=&quot;left&quot;|{{#widget:FBLike}}{{#widget:TwitterFollow}}<br /> |align=&quot;right&quot;|{{#widget:Button|id=small|name=Σύνδεση|page=Login}}{{#widget:Button|id=small|name=Εγγραφή|page=Request_Account}}{{#widget:Button|id=small|name=Σχετικά|page=WikiVet_Introduction}}{{#widget:Button|id=small|name=Αναζήτηση|page=Search}}{{#widget:Button|id=small|name=Βοήθεια|page=Frequently_Asked_Questions}}<br /> |}<br /> {|style=&quot;background:#f5faff;&quot; width=&quot;100%&quot;<br /> |-<br /> &lt;br /&gt;<br /> <br /> &lt;!---------------------------Navigation------------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:0px 0px 0px 0px; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:none;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {{#tag:imagemap|File:HomeGr.png{{!}}center{{!}}600px<br /> circle 0 0 320 [[Discipline]]<br /> circle 320 0 640 [[ELearning_showcase]]<br /> circle 0 192 320 [[System]]<br /> circle 320 192 640 [[Species]]<br /> desc none}}<br /> &lt;br&gt;<br /> <br /> &lt;center&gt;Το WikiVet είναι μία από τις μεγαλύτερες συλλογές δωρεάν κτηνιατρικού εκπαιδευτικού υλικού υψηλής ποιότητας στο διαδίκτυο. <br /> Σας παρακαλούμε να συνδράμετε στο έργο μας ώστε να συνεχίσουμε να παράσχουμε δωρεάν πρόσβαση στο υλικό αυτό κάνοντας μια δωρεά στο Εκπαιδευτικό Ίδρυμα WikiVet - πατήστε στο πλήκτρο Donate στο αριστερό μενου. <br /> &lt;/center&gt;<br /> |}<br /> |}<br /> &lt;!---------------------------News--------------------&gt;<br /> {|width=&quot;100%&quot; style=&quot;margin:none; background:none;&quot;<br /> |class=&quot;MainPageBG&quot; style=&quot;width:100%; border:none; background:none; vertical-align:top; color:#000;&quot;|<br /> {|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:none;&quot;<br /> !<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> === WikiVet Νέα ===<br /> Welcome to all new registered users in 2015 - you are joining a global community of '''[[Special:Statistics|{{NUMBEROFUSERS}}]]''' veterinary students and practitioners. For more information about how to get the most out of the site, please '''[[New Students|take a look at this section]]'''.<br /> <br /> ====WikiVet and Vetstream Link Up====<br /> We are excited to announce that the link between WikiVet and Vetstream has now gone live. This means that all WikiVet student users will now be able to access '''[[Vetstream|Vetstream's content]]''' free of charge. This provides students with access to an extensive clinical educational and reference resource which we think will be invaluable to veterinary studies as well as clinical practice.<br /> <br /> ====New online bookstore====<br /> As part of our ongoing efforts to raise funds to support WikiVet, we have set up '''[http://astore.amazon.co.uk/wik02-21 a bookstore]'''. A percentage of all sales will go to WikiVet and we have added as many useful veterinary texts as possible for you to choose from. The prices are competitive so if you are looking to buy textbooks why not help WikiVet at the same time? <br /> <br /> ====New Sponsored Content====<br /> WikiVet and '''[http://www.mars.com/global/index.aspx Mars Petcare]''' have recently launched new veterinary educational materials focused on [[Nutrients|cat and dog nutrition]] and its role in health and wellbeing. &lt;br&gt;<br /> <br /> ====Global Survey of Veterinary Students' Online Learning====<br /> The results of the Global Survey of Veterinary Students' Online Learning survey have now been compiled and analysed. We had over 1,000 responses and a summary of the findings presented at the '''[http://www.slideshare.net/nshort1/wikivet-survey-amee-elearning-symposium-2015-presentation AMEE 2015 Conference is accessible here]'''<br /> <br /> ====View [[News_Archive|News Archive]]====<br /> <br /> ----<br /> ''[https://twitter.com/#!/WikiVet Follow us on Twitter]''' to be notified whenever a new page is released and to receive teaser questions! You can also find them on our [https://www.facebook.com/pages/WikiVet/188576847835536?v=wall Facebook page].<br /> <br /> If you have any comments or suggestions, please email the [mailto:wikimaster@wikivet.net WikiVet team] or you can post a comment on our [https://www.facebook.com/pages/WikiVet/188576847835536?v=wall Facebook page]<br /> |}''<br /> <br /> [[es:Página Principal]]<br /> [[fr:Accueil]]</div>

Flvet https://en.wikivet.net/index.php?title=DisciplineGR&diff=186621 2016-05-25T16:24:46Z

<p>Flvet: </p> <hr /> <div>{|width=&quot;100%&quot; cellpadding=&quot;2&quot; cellspacing=&quot;5&quot; style=&quot;vertical-align:top; background:white;&quot;<br /> !&lt;h2 style=&quot;margin:0; background:white; font-size:120%; font-weight:bold; border:1px solid #a3bfb1; text-align:center; color:#000; padding:0.2em 0.4em;&quot;&gt;Επιστημονικό Πεδίο&lt;/h2&gt;<br /> |-<br /> |style=&quot;color:#000;&quot;|<br /> {| style=&quot;color:black; background-color:white;&quot; width=&quot;100%&quot; cellpadding=&quot;10%&quot; cellpadding=&quot;15%&quot; cellspacing=&quot;0&quot; border=&quot;0&quot;<br /> |-<br /> <br /> {|align=&quot;center&quot; style=&quot;background:none; border:none; background:none; vertical-align:top; color:#000;&quot;<br /> |[[File:kftimes.png|230px|link=WikiNormals]][[File:Anatomiki.png|230px|link=:Category:Anatomy and Physiology|Anatomy and Physiology]] [[File:Istologia.png|230px|link=:Category:Histology|Histology]][[File:Emvriologia.png|230px|link=:Category:Developmental Biology|Developmental Biology]]<br /> |-<br /> |[[File:Baktiriologia.png|230px|link=Bacteriology]][[File:Iologia.png|230px|link=Virology]][[File:Parasitologia.png|230px|link=Parasitology]][[File:Anosologia.png|230px|link=Immunology]]<br /> |-<br /> |[[File:Farmakologia.png|230px|link=Pharmacology]][[File:Toksikologia.png|230px|link=]][[File:Epidimiologia.png|230px|link=WikiEpi]][[File:Pathan.png|230px|link=WikiPath]]<br /> |-<br /> |[[File:Apeikonistiki.png|230px|link=]][[File:Diatrofi.png|230px|link=]][[File:Symperifora.png|230px|link=]][[File:Pathologia.png|230px|link=WikiClinical]]<br /> |-<br /> |[[File:Aimatologia.png|230px|link=WikiBlood]][[File:Nosileia.png|230px|link=WikiVN|WikiVN]][[File:Anaisthisia.png|230px|link=]][[File:Xeirourgiki.png|230px|link=]]<br /> |-<br /> |[[File:Odontiatriki.png|230px|link=Small Animal Dentistry]] <br /> |-</div>

Flvet https://en.wikivet.net/index.php?title=DisciplineGR&diff=186620 2016-05-25T16:17:14Z

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