Difference between revisions of "Non-infectious Female Reproductive Pathology Quiz"
Jump to navigation
Jump to search
(New page: {{toplink |linkpage =WikiQuiz |linktext = WikiQuiz |pagetype=Quiz |Review= '''Peter G.G. Jackson''' BVM&S, MA, DVM&S, FRCVS <br> '''David Bainbridge''', VetMB MA PhD MRCVS <br> '''David K...) |
|||
(4 intermediate revisions by 2 users not shown) | |||
Line 1: | Line 1: | ||
− | |||
{{toplink | {{toplink | ||
|linkpage =WikiQuiz | |linkpage =WikiQuiz | ||
Line 6: | Line 5: | ||
|Review= '''Peter G.G. Jackson''' BVM&S, MA, DVM&S, FRCVS <br> '''David Bainbridge''', VetMB MA PhD MRCVS <br> '''David Kilroy''' MVB CVMA MRCVS}} | |Review= '''Peter G.G. Jackson''' BVM&S, MA, DVM&S, FRCVS <br> '''David Bainbridge''', VetMB MA PhD MRCVS <br> '''David Kilroy''' MVB CVMA MRCVS}} | ||
− | |||
<WikiQuiz | <WikiQuiz | ||
Line 17: | Line 15: | ||
choice3="An individual which behaves like a male and may mount but has a sub anal genital opening" | choice3="An individual which behaves like a male and may mount but has a sub anal genital opening" | ||
correctchoice="2" | correctchoice="2" | ||
− | feedback2="'''Correct!'''A developmental abnormality resulting in discordance between genetic, gonadal or phenotypic sexin called intersex, it includes true hermaphrodites, pseudohermaphrodites and other forms of sex reversal. [[ | + | feedback2="'''Correct!'''A developmental abnormality resulting in discordance between genetic, gonadal or phenotypic sexin called intersex, it includes true hermaphrodites, pseudohermaphrodites and other forms of sex reversal. [[Intersex|WikiVet Article: Development anomalies ]]" |
− | feedback5="'''Incorrect.''' An individual possessing gonads of both sexes is called a true hermaphrodite. This is a type of intersex but does not describe the term intersex. The correct answer is a developmental abnormality resulting in a discordance between genetic, gonadal or phenotypic sexin called intersex, it includes true hermaphrodites, pseudohermaphrodites and other forms of sex reversal. [[ | + | feedback5="'''Incorrect.''' An individual possessing gonads of both sexes is called a true hermaphrodite. This is a type of intersex but does not describe the term intersex. The correct answer is a developmental abnormality resulting in a discordance between genetic, gonadal or phenotypic sexin called intersex, it includes true hermaphrodites, pseudohermaphrodites and other forms of sex reversal. [[Intersex|WikiVet Article: Development anomalies]]" |
− | feedback4="'''Incorrect.''' An individual possessing gonads of one sex and the ducts and external genitalia of the opposite sex is called a pseudohermaphrodite.This is a type of intersex but does not describe the term intersex. The correct answer is a developmental abnormality resulting in a discordance between genetic, gonadal or phenotypic sexin called intersex, it includes true hermaphrodites, pseudohermaphrodites and other forms of sex reversal. [[ | + | feedback4="'''Incorrect.''' An individual possessing gonads of one sex and the ducts and external genitalia of the opposite sex is called a pseudohermaphrodite.This is a type of intersex but does not describe the term intersex. The correct answer is a developmental abnormality resulting in a discordance between genetic, gonadal or phenotypic sexin called intersex, it includes true hermaphrodites, pseudohermaphrodites and other forms of sex reversal. [[Intersex|WikiVet Article: Development anomalies]]" |
− | feedback1="'''Incorrect.''' An individual with a XY genotype with testosterone producing but sterile gonads has testicular feminisation which occurs in male pseudohermaphrodites. The sterile gonads are internal andthere is female external genitalia. This condition affects horses, it is a type of intersex but does not describe the term intersex. The correct answer is a developmental abnormality resulting in a discordance between genetic, gonadal or phenotypic sexin called intersex, it includes true hermaphrodites, pseudohermaphrodites and other forms of sex reversal. [[ | + | feedback1="'''Incorrect.''' An individual with a XY genotype with testosterone producing but sterile gonads has testicular feminisation which occurs in male pseudohermaphrodites. The sterile gonads are internal andthere is female external genitalia. This condition affects horses, it is a type of intersex but does not describe the term intersex. The correct answer is a developmental abnormality resulting in a discordance between genetic, gonadal or phenotypic sexin called intersex, it includes true hermaphrodites, pseudohermaphrodites and other forms of sex reversal. [[Intersex|WikiVet Article: Development anomalies]]" |
− | feedback3="'''Incorrect.''' An individual which is a male pseudohermaphrodite may behave like a male and may mount but has a sub anal genital opening, as well as a prominent clitoris. This is a type of intersex but does not describe the term intersex. The correct answer is a developmental abnormality resulting in a discordance between genetic, gonadal or phenotypic sexin called intersex, it includes true hermaphrodites, pseudohermaphrodites and other forms of sex reversal. [[ | + | feedback3="'''Incorrect.''' An individual which is a male pseudohermaphrodite may behave like a male and may mount but has a sub anal genital opening, as well as a prominent clitoris. This is a type of intersex but does not describe the term intersex. The correct answer is a developmental abnormality resulting in a discordance between genetic, gonadal or phenotypic sexin called intersex, it includes true hermaphrodites, pseudohermaphrodites and other forms of sex reversal. [[Intersex|WikiVet Article: Development anomalies]]" |
image= ""> | image= ""> | ||
</WikiQuiz> | </WikiQuiz> | ||
Line 33: | Line 31: | ||
choice1="Thecal cell tumour" | choice1="Thecal cell tumour" | ||
correctchoice="2" | correctchoice="2" | ||
− | feedback2="'''Correct!''' A teratoma is of germ cell origin. It is a kind of tumour with a tissue or organ components resembling normal derivatives of all three germ layers. Teratomas have been reported to contain hair, teeth, bone and more rarely complex organs such as an eyeball. [[ | + | feedback2="'''Correct!''' A teratoma is of germ cell origin. It is a kind of tumour with a tissue or organ components resembling normal derivatives of all three germ layers. Teratomas have been reported to contain hair, teeth, bone and more rarely complex organs such as an eyeball. [[Ovarian Neoplasia|WikiVet Article: Ovarian neoplasia]]" |
− | feedback5="'''Incorrect.''' Adenocarcinoma is not of germ cell origin. The correct answer is teratoma is of germ cell origin. [[ | + | feedback5="'''Incorrect.''' Adenocarcinoma is not of germ cell origin. The correct answer is teratoma is of germ cell origin. [[Ovarian Neoplasia|WikiVet Article: Ovarian neoplasia]]" |
− | feedback3="'''Incorrect.''' Granulosa cell tumour is not of germ cell origin. The correct answer is teratoma is of germ cell origin. [[ | + | feedback3="'''Incorrect.''' Granulosa cell tumour is not of germ cell origin. The correct answer is teratoma is of germ cell origin. [[Ovarian Neoplasia|WikiVet Article: Ovarian neoplasia ]]" |
− | feedback4="'''Incorrect.''' Cyst adenoma is not of germ cell origin. The correct answer is teratoma is of germ cell origin. [[ | + | feedback4="'''Incorrect.''' Cyst adenoma is not of germ cell origin. The correct answer is teratoma is of germ cell origin. [[Ovarian Neoplasia|WikiVet Article: Ovarian neoplasia ]]" |
− | feedback1="'''Incorrect.''' Thecal cell tumour is not of germ cell origin. The correct answer is teratoma is of germ cell origin. [[ | + | feedback1="'''Incorrect.''' Thecal cell tumour is not of germ cell origin. The correct answer is teratoma is of germ cell origin. [[Ovarian Neoplasia|WikiVet Article: Ovarian neoplasia ]]" |
image= ""> | image= ""> | ||
</WikiQuiz> | </WikiQuiz> | ||
Line 49: | Line 47: | ||
choice5="Cystic endometrial hyperplasia complicated by a closed cervix" | choice5="Cystic endometrial hyperplasia complicated by a closed cervix" | ||
correctchoice="1" | correctchoice="1" | ||
− | feedback1="'''Correct!''' Cystic endometrial hyperplasia (CEH) is seen in metoestrus in the dog. Periods of oestrogen stimulation of the uterus followed by progesterone dominance results in endometrial proliferation, uterine glandular secretions and decreased myometrial contractions. This makes the uterus more susceptible to infection, and infection with bacteria such as E-coli leads to a pyometra. Bitches with pyometra may present either with a vaginal discharge present (open-cervix pyometra) or without a vaginal discharge (closed-cervix pyometra).In the bitch it tends to occur in older animals, usually >3 years old which have not bred and are usually in luteal phase;4 weeks to 4 months post oestrus. [[ | + | feedback1="'''Correct!''' Cystic endometrial hyperplasia (CEH) is seen in metoestrus in the dog. Periods of oestrogen stimulation of the uterus followed by progesterone dominance results in endometrial proliferation, uterine glandular secretions and decreased myometrial contractions. This makes the uterus more susceptible to infection, and infection with bacteria such as E-coli leads to a pyometra. Bitches with pyometra may present either with a vaginal discharge present (open-cervix pyometra) or without a vaginal discharge (closed-cervix pyometra).In the bitch it tends to occur in older animals, usually >3 years old which have not bred and are usually in luteal phase;4 weeks to 4 months post oestrus. [[Hormonal Pyometra |WikiVet Article: Cystic endometrial hyperplasia]]" |
− | feedback4="''''Incorrect.''' Cystic endometrial hyperplasia (CEH) alone does not cause pyometra. The correct answer is that cystic endometrial hyperplasia (CEH) complicated by a bacterial infection are the aetiological factors in the pyometra complex. CEH is seen in metoestrus in the dog; periods of oestrogen stimulation of the uterus followed by progesterone dominance results in endometrial proliferation, uterine glandular secretions and decreased myometrial contractions. However, although this makes the uterus more susceptible to infection, and infection with bacteria such as E-coli can lead to a pyometra; CEH can also lead to a mucometra, with no bacterial infection. Bitches with pyometra may present either with a vaginal discharge present (open-cervix pyometra) or without a vaginal discharge (closed-cervix pyometra). In the bitch it tends to occur in older animals, usually >3 years old which have not bred and are usually in luteal phase;4 weeks to 4 months post oestrus. [[ | + | feedback4="''''Incorrect.''' Cystic endometrial hyperplasia (CEH) alone does not cause pyometra. The correct answer is that cystic endometrial hyperplasia (CEH) complicated by a bacterial infection are the aetiological factors in the pyometra complex. CEH is seen in metoestrus in the dog; periods of oestrogen stimulation of the uterus followed by progesterone dominance results in endometrial proliferation, uterine glandular secretions and decreased myometrial contractions. However, although this makes the uterus more susceptible to infection, and infection with bacteria such as E-coli can lead to a pyometra; CEH can also lead to a mucometra, with no bacterial infection. Bitches with pyometra may present either with a vaginal discharge present (open-cervix pyometra) or without a vaginal discharge (closed-cervix pyometra). In the bitch it tends to occur in older animals, usually >3 years old which have not bred and are usually in luteal phase;4 weeks to 4 months post oestrus. [[Hormonal Pyometra |WikiVet Article: Cystic endometrial hyperplasia]]" |
− | feedback2="'''Incorrect.''' Post partum, bitches can be susceptible to a post partum metritis, particularly if it was not a smooth whelping. However, pyometra is most typical in animals which have not been bred. The correct answer is that cystic endometrial hyperplasia (CEH) complicated by a bacterial infection are the aetiological factors in the pyometra complex. CEH occurs in metoestrus in the bitch. Periods of oestrogen stimulation of the uterus followed by progesterone dominance results in endometrial proliferation, uterine glandular secretions and decreased myometrial contractions. This makes the uterus more susceptible to infection, and infection with bacteria such as E-coli leads to a pyometra. Bitches with pyometra may present either with a vaginal discharge present (open-cervix pyometra) or without a vaginal discharge (closed-cervix pyometra). In the bitch it tends to occur in older animals, usually >3 years old which have not bred and are usually in luteal phase; 4 weeks to 4 months post oestrus. [[ | + | feedback2="'''Incorrect.''' Post partum, bitches can be susceptible to a post partum metritis, particularly if it was not a smooth whelping. However, pyometra is most typical in animals which have not been bred. The correct answer is that cystic endometrial hyperplasia (CEH) complicated by a bacterial infection are the aetiological factors in the pyometra complex. CEH occurs in metoestrus in the bitch. Periods of oestrogen stimulation of the uterus followed by progesterone dominance results in endometrial proliferation, uterine glandular secretions and decreased myometrial contractions. This makes the uterus more susceptible to infection, and infection with bacteria such as E-coli leads to a pyometra. Bitches with pyometra may present either with a vaginal discharge present (open-cervix pyometra) or without a vaginal discharge (closed-cervix pyometra). In the bitch it tends to occur in older animals, usually >3 years old which have not bred and are usually in luteal phase; 4 weeks to 4 months post oestrus. [[Hormonal Pyometra|WikiVet Article: Cystic endometrial hyperplasia]]" |
− | feedback3="'''Incorrect.''' In the cow, metritis may be associated with a persistent corpus luteum as the uterus is susceptible to infection, but this is not the case with canine pyometra although the canine corpus lutea are normally present for nine weeks post oestrus . The correct answer is that cystic endometrial hyperplasia (CEH) complicated by a bacterial infection are the aetiological factors in the pyometra complex. CEH occurs in metoestrus in the bitch. Periods of oestrogen stimulation of the uterus followed by progesterone dominance results in endometrial proliferation, uterine glandular secretions and decreased myometrial contractions. This makes the uterus more susceptible to infection, and infection with bacteria such as E-coli leads to a pyometra. Bitches with pyometra may present either with a vaginal discharge present (open-cervix pyometra) or without a vaginal discharge (closed-cervix pyometra). In the bitch it tends to occur in older animals, usually >3 years old which have not bred and are usually in luteal phase; 4 weeks to 4 months post oestrus. [[ | + | feedback3="'''Incorrect.''' In the cow, metritis may be associated with a persistent corpus luteum as the uterus is susceptible to infection, but this is not the case with canine pyometra although the canine corpus lutea are normally present for nine weeks post oestrus . The correct answer is that cystic endometrial hyperplasia (CEH) complicated by a bacterial infection are the aetiological factors in the pyometra complex. CEH occurs in metoestrus in the bitch. Periods of oestrogen stimulation of the uterus followed by progesterone dominance results in endometrial proliferation, uterine glandular secretions and decreased myometrial contractions. This makes the uterus more susceptible to infection, and infection with bacteria such as E-coli leads to a pyometra. Bitches with pyometra may present either with a vaginal discharge present (open-cervix pyometra) or without a vaginal discharge (closed-cervix pyometra). In the bitch it tends to occur in older animals, usually >3 years old which have not bred and are usually in luteal phase; 4 weeks to 4 months post oestrus. [[Hormonal Pyometra |WikiVet Article: Cystic endometrial hyperplasia]]" |
− | feedback5="'''Incorrect.''' Remember that pyometra can be open-cervix or closed-cervix. Whilst open cervix pyometra is the most common, these dogs may appear relatively healthy apart from a vaginal discharge. In contrast, closed cervix pyometra is one of the most common veterinary emergencies. The correct answer is that cystic endometrial hyperplasia (CEH) complicated by a bacterial infection are the aetiological factors in the pyometra complex. CEH occurs in metoestrus in the bitch; periods of oestrogen stimulation of the uterus followed by progesterone dominance results in endometrial proliferation, uterine glandular secretions and decreased myometrial contractions. This makes the uterus more susceptible to infection, and infection with bacteria such as E-coli leads to a pyometra. Bitches with pyometra may present either with a vaginal discharge present (open-cervix pyometra) or without a vaginal discharge (closed-cervix pyometra). In the bitch it tends to occur in older animals, usually >3 years old which have not bred and are usually in luteal phase; 4 weeks to 4 months post oestrus. [[ | + | feedback5="'''Incorrect.''' Remember that pyometra can be open-cervix or closed-cervix. Whilst open cervix pyometra is the most common, these dogs may appear relatively healthy apart from a vaginal discharge. In contrast, closed cervix pyometra is one of the most common veterinary emergencies. The correct answer is that cystic endometrial hyperplasia (CEH) complicated by a bacterial infection are the aetiological factors in the pyometra complex. CEH occurs in metoestrus in the bitch; periods of oestrogen stimulation of the uterus followed by progesterone dominance results in endometrial proliferation, uterine glandular secretions and decreased myometrial contractions. This makes the uterus more susceptible to infection, and infection with bacteria such as E-coli leads to a pyometra. Bitches with pyometra may present either with a vaginal discharge present (open-cervix pyometra) or without a vaginal discharge (closed-cervix pyometra). In the bitch it tends to occur in older animals, usually >3 years old which have not bred and are usually in luteal phase; 4 weeks to 4 months post oestrus. [[Hormonal Pyometra|WikiVet Article: Cystic endometrial hyperplasia]]" |
image= ""> | image= ""> | ||
</WikiQuiz> | </WikiQuiz> | ||
Line 65: | Line 63: | ||
choice1="Horse" | choice1="Horse" | ||
correctchoice="4" | correctchoice="4" | ||
− | feedback4="'''Correct!''' Uterine leiomyoma is most common in the bitch. It may consist of multiple, firm, white nodules and it may also affect the cervix and vagina. [[ | + | feedback4="'''Correct!''' Uterine leiomyoma is most common in the bitch. It may consist of multiple, firm, white nodules and it may also affect the cervix and vagina. [[Uterine Neoplasia|WikiVet Article: Uterine neoplasia]]" |
− | feedback5="'''Incorrect.''' Uterine leiomyoma is not common in the cat. The correct answer is uterine leiomyoma is most common in the bitch. It may consist of multiple, firm, white nodules and it may also affect the cervix and vagina. [[ | + | feedback5="'''Incorrect.''' Uterine leiomyoma is not common in the cat. The correct answer is uterine leiomyoma is most common in the bitch. It may consist of multiple, firm, white nodules and it may also affect the cervix and vagina. [[Uterine Neoplasia|WikiVet Article: Uterine neoplasia]]" |
− | feedback3="'''Incorrect.''' Uterine leiomyoma is not common in the cow, although uterine carcinoma is a relatively common incidental finding at slaughter, and secondary lymphosacrcoma of the uterus is also seen in the cow. The correct answer is uterine leiomyoma is most common in the bitch. It may consist of multiple, firm, white nodules and it may also affect the cervix and vagina. [[ | + | feedback3="'''Incorrect.''' Uterine leiomyoma is not common in the cow, although uterine carcinoma is a relatively common incidental finding at slaughter, and secondary lymphosacrcoma of the uterus is also seen in the cow. The correct answer is uterine leiomyoma is most common in the bitch. It may consist of multiple, firm, white nodules and it may also affect the cervix and vagina. [[Uterine Neoplasia|WikiVet Article: Uterine neoplasia ]]" |
− | feedback2="'''Incorrect.''' Uterine leiomyoma is not common in the sheep. The correct answer is uterine leiomyoma is most common in the bitch. It may consist of multiple, firm, white nodules an it may also affect the cervix and vagina. [[ | + | feedback2="'''Incorrect.''' Uterine leiomyoma is not common in the sheep. The correct answer is uterine leiomyoma is most common in the bitch. It may consist of multiple, firm, white nodules an it may also affect the cervix and vagina. [[Uterine Neoplasia|WikiVet Article: Uterine neoplasia]]" |
− | feedback1="'''Incorrect.''' Uterine leiomyoma is not common in the horse. The correct answer is uterine leiomyoma is most common in the bitch. It may consist of multiple, firm, white nodules and it may also affect the cervix and vagina. [[ | + | feedback1="'''Incorrect.''' Uterine leiomyoma is not common in the horse. The correct answer is uterine leiomyoma is most common in the bitch. It may consist of multiple, firm, white nodules and it may also affect the cervix and vagina. [[Uterine Neoplasia|WikiVet Article: Uterine neoplasia]]" |
image= ""> | image= ""> | ||
</WikiQuiz> | </WikiQuiz> | ||
Line 81: | Line 79: | ||
choice2="Iatrogenic causes" | choice2="Iatrogenic causes" | ||
correctchoice="5" | correctchoice="5" | ||
− | feedback5="'''Correct!''' Uterine instability may predispose to uterine torsion especially in cattle where the fetus occupies one uterine horn.A sudden movement or fall may initiate the torsion. The sequelae to torsion are congestion, oedema, foetal death, uterine rupture and shock. [[ | + | feedback5="'''Correct!''' Uterine instability may predispose to uterine torsion especially in cattle where the fetus occupies one uterine horn.A sudden movement or fall may initiate the torsion. The sequelae to torsion are congestion, oedema, foetal death, uterine rupture and shock. [[Uterine Displacement|WikiVet Article: Uterine torsion ]]" |
− | feedback3="'''Incorrect.''' Parturition tends to predispose a prolapse of the uterus. The correct answer is that uterine instability may predispose to uterine torsion; especially in cattle where the fetus occupies one uterine horn.A sudden movement or fall may initiate the torsion.The sequelae to torsion are congestion, oedema, foetal death, uterine rupture and shock. [[ | + | feedback3="'''Incorrect.''' Parturition tends to predispose a prolapse of the uterus. The correct answer is that uterine instability may predispose to uterine torsion; especially in cattle where the fetus occupies one uterine horn.A sudden movement or fall may initiate the torsion.The sequelae to torsion are congestion, oedema, foetal death, uterine rupture and shock. [[Uterine Displacement|WikiVet Article: Uterine torsion]]" |
− | feedback1="'''Incorrect.''' It is prolapse that tends to occur secondary to hypocalcaemia not torsion. The correct answer is that uterine instability may predispose to uterine torsion; especially in cattle where the fetus occupies one uterine horn.A sudden movement or fall may initiate the torsion.The sequelae to torsion are congestion, oedema, foetal death, uterine rupture and shock. [[ | + | feedback1="'''Incorrect.''' It is prolapse that tends to occur secondary to hypocalcaemia not torsion. The correct answer is that uterine instability may predispose to uterine torsion; especially in cattle where the fetus occupies one uterine horn.A sudden movement or fall may initiate the torsion.The sequelae to torsion are congestion, oedema, foetal death, uterine rupture and shock. [[Uterine Displacement|WikiVet Article: Uterine torsion]]" |
− | feedback4="'''Incorrect.''' Prolonged dystocia may predispose to rupture of the uterus rather than torsion. The correct answer is that uterine instability may predispose to uterine torsion; especially in cattle where the fetus occupies one uterine horn.A sudden movement or fall may initiate the torsion. The sequelae to torsion are congestion, oedema, foetal death, uterine rupture and shock. [[ | + | feedback4="'''Incorrect.''' Prolonged dystocia may predispose to rupture of the uterus rather than torsion. The correct answer is that uterine instability may predispose to uterine torsion; especially in cattle where the fetus occupies one uterine horn.A sudden movement or fall may initiate the torsion. The sequelae to torsion are congestion, oedema, foetal death, uterine rupture and shock. [[Uterine Displacement|WikiVet Article: Uterine torsion ]]" |
− | feedback2="'''Incorrect.''' Iatrogenic causes, eg giving oxytocin in a case of dystocia may result in a rupture of the uterus rather than a torsion. The correct answer is that uterine instability may predispose to uterine torsion; especially in cattle where the fetus occupies one uterine horn.A sudden movement or fall may initiate the torsion. The sequelae to torsion are congestion, oedema, foetal death, uterine rupture and shock. [[ | + | feedback2="'''Incorrect.''' Iatrogenic causes, eg giving oxytocin in a case of dystocia may result in a rupture of the uterus rather than a torsion. The correct answer is that uterine instability may predispose to uterine torsion; especially in cattle where the fetus occupies one uterine horn.A sudden movement or fall may initiate the torsion. The sequelae to torsion are congestion, oedema, foetal death, uterine rupture and shock. [[Uterine Displacement|WikiVet Article: Uterine torsion ]]" |
image= ""> | image= ""> | ||
</WikiQuiz> | </WikiQuiz> | ||
Line 98: | Line 96: | ||
choice5="Dog" | choice5="Dog" | ||
correctchoice="4" | correctchoice="4" | ||
− | feedback4="'''Correct!''' Vaginal prolapse is common in ewes during late pregnancy. [[ | + | feedback4="'''Correct!''' Vaginal prolapse is common in ewes during late pregnancy. [[Vagina and Vulva - Pathology|WikiVet Article: Vagina]]" |
− | feedback1="'''Incorrect.''' Vaginal prolapse is not commonly seen in the cow, although uterine prolapse is not uncommon post - partum. The correct answer is vaginal prolapse is common in ewes during late pregnancy. [[ | + | feedback1="'''Incorrect.''' Vaginal prolapse is not commonly seen in the cow, although uterine prolapse is not uncommon post - partum. The correct answer is vaginal prolapse is common in ewes during late pregnancy. [[Vagina and Vulva - Pathology|WikiVet Article: Vagina]]" |
− | feedback2="'''Incorrect.''' Vaginal prolapse is not commonly seen in the horse. The correct answer is vaginal prolapse is common in ewes during late pregnancy. [[ | + | feedback2="'''Incorrect.''' Vaginal prolapse is not commonly seen in the horse. The correct answer is vaginal prolapse is common in ewes during late pregnancy. [[Vagina and Vulva - Pathology|WikiVet Article: Vagina]]" |
− | feedback3="'''Incorrect.''' Vaginal prolapse is not commonly seen in the pig although cases may be seen in older multiparous sows. The correct answer is vaginal prolapse is common in ewes during late pregnancy. [[ | + | feedback3="'''Incorrect.''' Vaginal prolapse is not commonly seen in the pig although cases may be seen in older multiparous sows. The correct answer is vaginal prolapse is common in ewes during late pregnancy. [[Vagina and Vulva - Pathology|WikiVet Article: Vagina]]" |
feedback5="'''Incorrect.''' True vaginal prolapse is rare in bitches.Vaginal hypertrophy associated with oestrus may cause an apparent prolapsewhich usually regresses post oestrus." | feedback5="'''Incorrect.''' True vaginal prolapse is rare in bitches.Vaginal hypertrophy associated with oestrus may cause an apparent prolapsewhich usually regresses post oestrus." | ||
image= ""> | image= ""> | ||
</WikiQuiz> | </WikiQuiz> | ||
<WikiQuiz | <WikiQuiz | ||
− | questionnumber=" | + | questionnumber="7" |
question="Which if these is NOT a normal defense mechanism of the uterus?" | question="Which if these is NOT a normal defense mechanism of the uterus?" | ||
choice2="Endometrial atrophy" | choice2="Endometrial atrophy" | ||
Line 114: | Line 112: | ||
choice1="Oestrogen levels" | choice1="Oestrogen levels" | ||
correctchoice="2" | correctchoice="2" | ||
− | feedback2="'''Correct!''' Endometrial atrophy due to loss of ovarian function is a pathological endometrial growth change not a defense mechanism. It occurs secondary to hypopituitarism and normally during anoestrus in mares. [[ | + | feedback2="'''Correct!''' Endometrial atrophy due to loss of ovarian function is a pathological endometrial growth change not a defense mechanism. It occurs secondary to hypopituitarism and normally during anoestrus in mares. [[Uterus - Inflammatory Pathology|WikiVet Article: Uterus defense]]" |
− | feedback5="'''Incorrect.''' A closed cervix except at oestrus and post partum is a normal defense mechanism of the uterus. The correct answer is that endometrial atrophy due to loss of ovarian function is a pathological endometrial growth change not a defense mechanism. It occurs secondary to hypopituitarism and normally during anoestrus in mares. [[ | + | feedback5="'''Incorrect.''' A closed cervix except at oestrus and post partum is a normal defense mechanism of the uterus. The correct answer is that endometrial atrophy due to loss of ovarian function is a pathological endometrial growth change not a defense mechanism. It occurs secondary to hypopituitarism and normally during anoestrus in mares. [[Uterus - Inflammatory Pathology|WikiVet Article: Uterus defense]]" |
− | feedback4="'''Incorrect.''' Mucous secretions are a normal defense mechanism of the uterus. The correct answer is that endometrial atrophy due to loss of ovarian function is a pathological endometrial growth change not a defense mechanism. It occurs secondary to hypopituitarism and normally during anoestrus in mares. [[ | + | feedback4="'''Incorrect.''' Mucous secretions are a normal defense mechanism of the uterus. The correct answer is that endometrial atrophy due to loss of ovarian function is a pathological endometrial growth change not a defense mechanism. It occurs secondary to hypopituitarism and normally during anoestrus in mares. [[Uterus - Inflammatory Pathology|WikiVet Article: Uterus defense]]" |
− | feedback3="'''Incorrect.''' Leucocytosis of oestrus is a normal defense mechanism of the uterus. The correct answer is that endometrial atrophy due to loss of ovarian function is a pathological endometrial growth change not a defense mechanism. It occurs secondary to hypopituitarism and normally during anoestrus in mares. [[ | + | feedback3="'''Incorrect.''' Leucocytosis of oestrus is a normal defense mechanism of the uterus. The correct answer is that endometrial atrophy due to loss of ovarian function is a pathological endometrial growth change not a defense mechanism. It occurs secondary to hypopituitarism and normally during anoestrus in mares. [[Uterus - Inflammatory Pathology|WikiVet Article: Uterus defense]]" |
− | feedback1="'''Incorrect.''' Oestrogen levels at oestrus render the uterus unsuitable for the growth of certain organisms, this is a normal defense mechanism of the uterus. The correct answer is that endometrial atrophy due to loss of ovarian function is a pathological endometrial growth change not a defense mechanism. It occurs secondary to hypopituitarism and normally during anoestrus in mares. [[ | + | feedback1="'''Incorrect.''' Oestrogen levels at oestrus render the uterus unsuitable for the growth of certain organisms, this is a normal defense mechanism of the uterus. The correct answer is that endometrial atrophy due to loss of ovarian function is a pathological endometrial growth change not a defense mechanism. It occurs secondary to hypopituitarism and normally during anoestrus in mares. [[Uterus - Inflammatory Pathology|WikiVet Article: Uterus defense]]" |
image= ""> | image= ""> | ||
</WikiQuiz> | </WikiQuiz> | ||
Line 130: | Line 128: | ||
choice4="Hippomanes" | choice4="Hippomanes" | ||
correctchoice="5" | correctchoice="5" | ||
− | feedback5="'''Correct!''' Maceration and emphysema is not a normal feature of pregnancy. It occurs as a result of uterine infection early in pregnancy and there will be expulsion of the foetus. Endometritis or pyometra may also be present.[[ | + | feedback5="'''Correct!''' Maceration and emphysema is not a normal feature of pregnancy. It occurs as a result of uterine infection early in pregnancy and there will be expulsion of the foetus. Endometritis or pyometra may also be present.[[Pregnancy Structures|WikiVet Article: pregnancy]]" |
− | feedback1="'''Incorrect.''' Calcified yolk sac remnants are a normal structure found during pregnancy. The correct answer is maceration and emphysema is not a normal feature of pregnancy. It occurs as a result of uterine infection early in pregnancy and there will be expulsion of the foetus. Endometritis or pyometra may also be present. [[ | + | feedback1="'''Incorrect.''' Calcified yolk sac remnants are a normal structure found during pregnancy. The correct answer is maceration and emphysema is not a normal feature of pregnancy. It occurs as a result of uterine infection early in pregnancy and there will be expulsion of the foetus. Endometritis or pyometra may also be present. [[Pregnancy Structures|WikiVet Article: pregnancy ]]" |
− | feedback2="'''Incorrect.''' Placental mineralisation is a normal occurrence during pregnancy. It is a milky deposition of calcium during mid-pregnancy which is seen as small bony plaques in the allantochorion. The correct answer is maceration and emphysema is not a normal feature of pregnancy. It occurs as a result of uterine infection early in pregnancy and there will be expulsion of the foetus. Endometritis or pyometra may also be present. [[ | + | feedback2="'''Incorrect.''' Placental mineralisation is a normal occurrence during pregnancy. It is a milky deposition of calcium during mid-pregnancy which is seen as small bony plaques in the allantochorion. The correct answer is maceration and emphysema is not a normal feature of pregnancy. It occurs as a result of uterine infection early in pregnancy and there will be expulsion of the foetus. Endometritis or pyometra may also be present. [[Pregnancy Structures|WikiVet Article: pregnancy]]" |
− | feedback3="'''Incorrect.''' Amniotic plaques are a normal structure found during pregnancy, they are 2-4 mm plaques of squamous epithelium. The correct answer is maceration and emphysema is not a normal feature of pregnancy. It occurs as a result of uterine infection early in pregnancy and there will be expulsion of the foetus. Endometritis or pyometra may also be present. [[ | + | feedback3="'''Incorrect.''' Amniotic plaques are a normal structure found during pregnancy, they are 2-4 mm plaques of squamous epithelium. The correct answer is maceration and emphysema is not a normal feature of pregnancy. It occurs as a result of uterine infection early in pregnancy and there will be expulsion of the foetus. Endometritis or pyometra may also be present. [[Pregnancy Structures|WikiVet Article: pregnancy]]" |
− | feedback4="'''Incorrect.''' Hippomanes are a normal structure found during pregnancy in the mare. Their source and function is unclear but they could be remnants of allantochorion or accumulation of foetal waste. The correct answer is maceration and emphysema is not a normal feature of pregnancy. It occurs as a result of uterine infection early in pregnancy and there will be expulsion of the foetus. Endometritis or pyometra may also be present. [[ | + | feedback4="'''Incorrect.''' Hippomanes are a normal structure found during pregnancy in the mare. Their source and function is unclear but they could be remnants of allantochorion or accumulation of foetal waste. The correct answer is maceration and emphysema is not a normal feature of pregnancy. It occurs as a result of uterine infection early in pregnancy and there will be expulsion of the foetus. Endometritis or pyometra may also be present. [[Pregnancy Structures|WikiVet Article: pregnancy ]]" |
image= ""> | image= ""> | ||
</WikiQuiz> | </WikiQuiz> | ||
+ | |||
+ | [[Category:Reproductive System Pathology Quizzes]] |
Latest revision as of 10:59, 26 June 2011
|
Questions reviewed by: | Peter G.G. Jackson BVM&S, MA, DVM&S, FRCVS David Bainbridge, VetMB MA PhD MRCVS David Kilroy MVB CVMA MRCVS |
1 |
Broadly speaking, what is the definition of the term intersex? |
2 |
Which of the following neoplasias affecting the ovary is of germ cell origin? |
3 |
What is/are the aetiological factor(s) involved with the canine pyometra complex? |
4 |
In which species is uterine leiomyoma most common? |
5 |
Which of the following may predispose to uterine torsion? |
6 |
In which species is vaginal prolapse most common? |
7 |
Which if these is NOT a normal defense mechanism of the uterus? |
8 |
Which of the following is NOT a normal change seen in pregnancy? |