Changes

choice3="Biceps femoris muscle"

choice3="Biceps femoris muscle"

correctchoice="4"

correctchoice="4"

feedback4="'''Correct!''' The peroneous tertius muscle ensures that flexion of the stifle is accompanied by flexion of the hock. Whilst the superficial digital flexor and gastrocnemius muscles ensure that when the stifle is in extension the hock is also in extension. These structures receive their name from the reciprocating action of when the femur moves cranially the distal limb swings caudally and vice versa. This apparatus also ensures that when the patella is locked the hock is also immobilised. [[Equine Hindlimb - Anatomy & Physiology#Reciprocal Mechanism|WikiVet Article: equine hindlimb]]."

feedback4="'''Correct!''' The peroneous tertius muscle ensures that flexion of the stifle is accompanied by flexion of the hock. Whilst the superficial digital flexor and gastrocnemius muscles ensure that when the stifle is in extension the hock is also in extension. These structures receive their name from the reciprocating action of when the femur moves cranially the distal limb swings caudally and vice versa. This apparatus also ensures that when the patella is locked the hock is also immobilised. [[Stay Apparatus - Horse Anatomy#Reciprocal Mechanism|WikiVet Article: equine stay apparatus]]."

feedback5="'''Incorrect.''' The superficial digital flexor and gastrocnemius muscles ensure that when the stifle is in extension the hock is also in extension. Whilst the peroneous tertius muscle ensures that flexion of the stifle is accompanied by flexion of the hock. These structures receive their name from the reciprocating action of when the femur moves cranially the distal limb swings caudally and vice versa. This apparatus also ensures that when the patella is locked the hock is also immobilised. [[Equine Hindlimb - Anatomy & Physiology#Reciprocal Mechanism|WikiVet Article: equine hindlimb]]."

feedback5="'''Incorrect.''' The superficial digital flexor and gastrocnemius muscles ensure that when the stifle is in extension the hock is also in extension. Whilst the peroneous tertius muscle ensures that flexion of the stifle is accompanied by flexion of the hock. These structures receive their name from the reciprocating action of when the femur moves cranially the distal limb swings caudally and vice versa. This apparatus also ensures that when the patella is locked the hock is also immobilised. [[Stay Apparatus - Horse Anatomy#Reciprocal Mechanism|WikiVet Article: equine stay apparatus]]."

feedback1="'''Incorrect.''' The superficial digital flexor and gastrocnemius muscles ensure that when the stifle is in extension the hock is also in extension. Whilst the peroneous tertius muscle ensures that flexion of the stifle is accompanied by flexion of the hock. These structures receive their name from the reciprocating action of when the femur moves cranially the distal limb swings caudally and vice versa. This apparatus also ensures that when the patella is locked the hock is also immobilised. [[Equine Hindlimb - Anatomy & Physiology#Reciprocal Mechanism|WikiVet Article: equine hindlimb]]."

feedback1="'''Incorrect.''' The superficial digital flexor and gastrocnemius muscles ensure that when the stifle is in extension the hock is also in extension. Whilst the peroneous tertius muscle ensures that flexion of the stifle is accompanied by flexion of the hock. These structures receive their name from the reciprocating action of when the femur moves cranially the distal limb swings caudally and vice versa. This apparatus also ensures that when the patella is locked the hock is also immobilised. [[[[Stay Apparatus - Horse Anatomy#Reciprocal Mechanism|WikiVet Article: equine stay apparatus]]."

feedback2="'''Incorrect.''' The deep digital flexor muscle is not part of the reciprocal apparatus. The peroneous tertius muscle ensures that flexion of the stifle is accompanied by flexion of the hock. Whilst the superficial digital flexor and gastrocnemius muscles ensure that when the stifle is in extension the hock is also in extension. These structures receive their name from the reciprocating action of when the femur moves cranially the distal limb swings caudally and vice versa. This apparatus also ensures that when the patella is locked the hock is also immobilised. [[Equine Hindlimb - Anatomy & Physiology#Reciprocal Mechanism|WikiVet Article: equine hindlimb. ]]"

feedback2="'''Incorrect.''' The deep digital flexor muscle is not part of the reciprocal apparatus. The peroneous tertius muscle ensures that flexion of the stifle is accompanied by flexion of the hock. Whilst the superficial digital flexor and gastrocnemius muscles ensure that when the stifle is in extension the hock is also in extension. These structures receive their name from the reciprocating action of when the femur moves cranially the distal limb swings caudally and vice versa. This apparatus also ensures that when the patella is locked the hock is also immobilised. [[Stay Apparatus - Horse Anatomy#Reciprocal Mechanism|WikiVet Article: equine stay apparatus]]."

feedback3="'''Incorrect.''' The biceps femoris muscle is not part of the reciprocal apparatus. The peroneous tertius muscle ensures that flexion of the stifle is accompanied by flexion of the hock. Whilst the superficial digital flexor and gastrocnemius muscles ensure that when the stifle is in extension the hock is also in extension. These structures receive their name from the reciprocating action of when the femur moves cranially the distal limb swings caudally and vice versa. This apparatus also ensures that when the patella is locked the hock is also immobilised. [[Equine Hindlimb - Anatomy & Physiology#Reciprocal Mechanism|WikiVet Article: equine hindlimb]]."

feedback3="'''Incorrect.''' The biceps femoris muscle is not part of the reciprocal apparatus. The peroneous tertius muscle ensures that flexion of the stifle is accompanied by flexion of the hock. Whilst the superficial digital flexor and gastrocnemius muscles ensure that when the stifle is in extension the hock is also in extension. These structures receive their name from the reciprocating action of when the femur moves cranially the distal limb swings caudally and vice versa. This apparatus also ensures that when the patella is locked the hock is also immobilised. [[Stay Apparatus - Horse Anatomy#Reciprocal Mechanism|WikiVet Article: equine stay apparatus]]."

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</WikiQuiz>  

</WikiQuiz>  

choice1="6-8"

choice1="6-8"

correctchoice="5"

correctchoice="5"

feedback5="'''Correct!''' In the proximal row of the carpus, there are radial, intermediate, ulnar and accessory carpal bones which are always present. In the second row, the 1st carpal bone is present in 33% of horses, and carpal bones 2, 3 & 4 are always present. Very rarely a 5th carpal bone is found, but this is in less than 10% of horses, and is in fact overlooked by much of the literature.[[Forelimb - Anatomy & Physiology#Carpal bones|WikiVet Article: Distal limb]]"

feedback5="'''Correct!''' In the proximal row of the carpus, there are radial, intermediate, ulnar and accessory carpal bones which are always present. In the second row, the 1st carpal bone is present in 33% of horses, and carpal bones 2, 3 & 4 are always present. Very rarely a 5th carpal bone is found, but this is in less than 10% of horses, and is in fact overlooked by much of the literature. [[Limb Bones and Cartilages - Horse Anatomy#Carpal Bones|WikiVet Article: equine bones and cartilages]]."

feedback2="'''Incorrect.''' There is a degree of variability in the equine carpus, but the accepted range is 7-8 bones. In the proximal row of the carpus, there are radial, intermediate, ulnar and accessory carpal bones which are always present. In the second row, the 1st carpal bone is present in 33% of horses, and carpal bones 2, 3 & 4 are always present. Very rarely a 5th carpal bone is found, but this is in less than 10% of horses, and is in fact overlooked by much of the literature. [[Forelimb - Anatomy & Physiology#Carpal bones|WikiVet Article: Distal limb]]"

 

feedback4="'''Incorrect.''' There is a degree of variability in the equine carpus, but the accepted range is 7-8 bones. There are never less than 7. In the proximal row of the carpus, there are radial, intermediate, ulnar and accessory carpal bones which are always present. In the second row, the 1st carpal bone is present in 33% of horses, and carpal bones 2, 3 & 4 are always present. Very rarely a 5th carpal bone is found, but this is in less than 10% of horses, and is in fact overlooked by much of the literature. [[Forelimb - Anatomy & Physiology#Carpal bones|WikiVet Article: Distal limb]]"

feedback2="'''Incorrect.''' There is a degree of variability in the equine carpus, but the accepted range is 7-8 bones. In the proximal row of the carpus, there are radial, intermediate, ulnar and accessory carpal bones which are always present. In the second row, the 1st carpal bone is present in 33% of horses, and carpal bones 2, 3 & 4 are always present. Very rarely a 5th carpal bone is found, but this is in less than 10% of horses, and is in fact overlooked by much of the literature. [[Limb Bones and Cartilages - Horse Anatomy#Carpal Bones|WikiVet Article: equine bones and cartilages]]."

feedback3="'''Incorrect.''' There is a degree of variability in the equine carpus, but the accepted range is 7-8 bones. In the proximal row of the carpus, there are radial, intermediate, ulnar and accessory carpal bones which are always present. In the second row, the 1st carpal bone is present in 33% of horses, and carpal bones 2, 3 & 4 are always present. Very rarely a 5th carpal bone is found, but this is in less than 10% of horses, and is in fact overlooked by much of the literature. [[Forelimb - Anatomy & Physiology#Carpal bones|WikiVet Article: Distal limb]]"

feedback4="'''Incorrect.''' There is a degree of variability in the equine carpus, but the accepted range is 7-8 bones. There are never less than 7. In the proximal row of the carpus, there are radial, intermediate, ulnar and accessory carpal bones which are always present. In the second row, the 1st carpal bone is present in 33% of horses, and carpal bones 2, 3 & 4 are always present. Very rarely a 5th carpal bone is found, but this is in less than 10% of horses, and is in fact overlooked by much of the literature. [[Limb Bones and Cartilages - Horse Anatomy#Carpal Bones|WikiVet Article: equine bones and cartilages]]."

feedback1="'''Incorrect.''' There is a degree of variability in the equine carpus, but the accepted range is 7-8 bones; there are never less than 7 bones. In the proximal row of the carpus, there are radial, intermediate, ulnar and accessory carpal bones which are always present. In the second row, the 1st carpal bone is present in 33% of horses, and carpal bones 2, 3 & 4 are always present. Very rarely a 5th carpal bone is found, but this is in less than 10% of horses, and is in fact overlooked by much of the literature. [[Forelimb - Anatomy & Physiology#Carpal bones|WikiVet Article: Distal limb]]"

feedback3="'''Incorrect.''' There is a degree of variability in the equine carpus, but the accepted range is 7-8 bones. In the proximal row of the carpus, there are radial, intermediate, ulnar and accessory carpal bones which are always present. In the second row, the 1st carpal bone is present in 33% of horses, and carpal bones 2, 3 & 4 are always present. Very rarely a 5th carpal bone is found, but this is in less than 10% of horses, and is in fact overlooked by much of the literature. [[Limb Bones and Cartilages - Horse Anatomy#Carpal Bones|WikiVet Article: equine bones and cartilages]]."

feedback1="'''Incorrect.''' There is a degree of variability in the equine carpus, but the accepted range is 7-8 bones; there are never less than 7 bones. In the proximal row of the carpus, there are radial, intermediate, ulnar and accessory carpal bones which are always present. In the second row, the 1st carpal bone is present in 33% of horses, and carpal bones 2, 3 & 4 are always present. Very rarely a 5th carpal bone is found, but this is in less than 10% of horses, and is in fact overlooked by much of the literature. [[Limb Bones and Cartilages - Horse Anatomy#Carpal Bones|WikiVet Article: equine bones and cartilages]]."

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</WikiQuiz>  

</WikiQuiz>  

choice4="Cat and cow"

choice4="Cat and cow"

correctchoice="1"

correctchoice="1"

feedback1="'''Correct!''' The horse and pig both lack an acromion which is the prominence at the distal end of the spine of the scapula. [[Bones and Cartilages - Horse Anatomy#Scapula|WikiVet Article: equine bones and cartilages]]."   

feedback1="'''Correct!''' The horse and pig both lack an acromion which is the prominence at the distal end of the spine of the scapula. [[Limb Bones and Cartilages - Horse Anatomy#Scapula|WikiVet Article: equine bones and cartilages]]."   

feedback2="'''Incorrect.''' The dogand cat both have an acromion, which is the prominence at the distal end of the spine of the scapula. The horse and pig are the domestic species that lack an acromion. [[Bones and Cartilages - Horse Anatomy#Scapula|WikiVet Article: equine bones and cartilages]]."

feedback2="'''Incorrect.''' The dogand cat both have an acromion, which is the prominence at the distal end of the spine of the scapula. The horse and pig are the domestic species that lack an acromion. [[Limb Bones and Cartilages - Horse Anatomy#Scapula|WikiVet Article: equine bones and cartilages]]."

feedback3="'''Incorrect.''' The horse does lack an acromion; the prominence at the distal end of the spine of the scapula, but the cow, like most other mammals does have one. The pig is the other domestic species that lacks an acromion. [[Bones and Cartilages - Horse Anatomy#Scapula|WikiVet Article: equine bones and cartilages]]."

feedback3="'''Incorrect.''' The horse does lack an acromion; the prominence at the distal end of the spine of the scapula, but the cow, like most other mammals does have one. The pig is the other domestic species that lacks an acromion. [[Limb Bones and Cartilages - Horse Anatomy#Scapula|WikiVet Article: equine bones and cartilages]]."

feedback5="'''Incorrect.''' The pig does lack an acromion; the prominence at the distal end of the spine of the scapula, but the cow, like most other mammals does have one. The horse is the other domestic species that lacks an acromion. [[Bones and Cartilages - Horse Anatomy#Scapula|WikiVet Article: equine bones and cartilages]]."

feedback5="'''Incorrect.''' The pig does lack an acromion; the prominence at the distal end of the spine of the scapula, but the cow, like most other mammals does have one. The horse is the other domestic species that lacks an acromion. [[Limb Bones and Cartilages - Horse Anatomy#Scapula|WikiVet Article: equine bones and cartilages]]."

feedback4="'''Incorrect.''' Both the cat and the cow have an acromion which is the prominence at the distal end of the spine of the scapula. The horse and the pig are the two domestic species that lack an acromion. [[Bones and Cartilages - Horse Anatomy#Scapula|WikiVet Article: equine bones and cartilages]]."

feedback4="'''Incorrect.''' Both the cat and the cow have an acromion which is the prominence at the distal end of the spine of the scapula. The horse and the pig are the two domestic species that lack an acromion. [[Limb Bones and Cartilages - Horse Anatomy#Scapula|WikiVet Article: equine bones and cartilages]]."

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</WikiQuiz>  

</WikiQuiz>