CHAPTER LIST
, CHAPTER LIST
Chapter 1: The Development and Anatomy of the Female Sexual Organs
and Pelvis
Chapter 2: Gynaecological History, Examination and Investigations
Chapter 3: Hormonal Control of the Menstrual Cycle and Hormonal
Disorders
Chapter 4: Disorders of Menstrual Bleeding
Chapter 5: Implantation and Early Pregnancy
Chapter 6: Contraception and Abortion
Chapter 7: Subfertility
Chapter 8: The Menopause and Postreproductive Health
Chapter 9: Sexually Transmitted Infections and Related Conditions
Chapter 10: Urogynaecology and Pelvic Floor Problems
Chapter 11: Benign Conditions of the Ovary and Pelvis
Chapter 12: Benign Conditions of the Uterus, Cervix and Endometrium
Chapter 13: Benign Conditions of the Vulva, Vagina, Psychosexual
Disorders and Female Genital Mutilation
Chapter 14: Malignant Disease of the Ovary
Chapter 15: Malignant Disease of the Uterus
Chapter 16: Premalignant and Malignant Disease of the Lower Genital
Tract
Chapter 17: Gynaecological Surgery and Therapeutics
,Chapter 1: The Development and Anatomy of the Female Sexual Organs
and Pelvis
Q1. [Recall]
The uterus, cervix, and upper two-thirds of the vagina are derived from which
embryological structure?
A. Urogenital sinus
B. Müllerian (paramesonephric) ducts
C. Wolffian (mesonephric) ducts
D. Genital tubercle
E. Cloacal membrane
Correct Answer: B – Müllerian (paramesonephric) ducts
Rationale: The Müllerian ducts give rise to the fallopian tubes, uterus, cervix,
and upper vagina. This embryological origin is central to understanding
congenital uterine anomalies that arise from failure of fusion or canalisation.
Q2. [Comprehension]
Which mechanism best explains the formation of a bicornuate uterus?
A. Failure of Müllerian duct formation
B. Failure of Müllerian duct fusion
C. Failure of canalisation of fused Müllerian ducts
D. Persistence of Wolffian ducts
E. Excess androgen exposure in utero
Correct Answer: B – Failure of Müllerian duct fusion
Rationale: A bicornuate uterus results from incomplete fusion of the paired
Müllerian ducts, leading to a uterus with two horns. This differs from septate
uterus, where fusion occurs but septal resorption fails.
Q3. [Application]
During a hysterectomy, which structure is most at risk of injury due to its
close anatomical relationship with the uterine artery?
A. Ovarian artery
B. Internal iliac vein
C. Ureter
D. Pudendal nerve
E. Round ligament
Correct Answer: C – Ureter
Rationale: The ureter passes beneath the uterine artery (“water under the
,bridge”) near the cervix, making it highly vulnerable during ligation of the
uterine vessels in hysterectomy.
Q4. [Analysis]
A patient presents with primary amenorrhoea and normal secondary sexual
characteristics. Imaging reveals absence of the uterus but normal ovaries.
What is the most likely underlying embryological defect?
A. Failure of ovarian development
B. Failure of Müllerian duct development
C. Failure of Wolffian duct regression
D. Failure of genital tubercle differentiation
E. Failure of urogenital sinus development
Correct Answer: B – Failure of Müllerian duct development
Rationale: Müllerian agenesis results in absence of the uterus and upper
vagina, while ovarian function remains intact because ovaries develop from the
gonadal ridge independently.
Q5. [Recall]
Which lymphatic pathway is primarily responsible for drainage of the ovaries?
A. Internal iliac nodes
B. External iliac nodes
C. Superficial inguinal nodes
D. Para-aortic (lumbar) nodes
E. Sacral nodes
Correct Answer: D – Para-aortic (lumbar) nodes
Rationale: Ovarian lymphatics follow the ovarian vessels and drain directly to
the para-aortic nodes, which is clinically significant in ovarian malignancy
spread.
Q6. [Comprehension]
Which pelvic floor muscle provides the main support to pelvic organs and is
most implicated in pelvic organ prolapse when weakened?
A. Piriformis
B. Obturator internus
C. Levator ani
D. Coccygeus
E. Transversus perinei
Correct Answer: C – Levator ani
Rationale: The levator ani muscle group forms the primary supportive
,diaphragm of the pelvic floor, maintaining organ position and continence.
Weakness predisposes to prolapse.
Q7. [Application]
A woman undergoing lymphadenectomy for cervical cancer requires removal of
nodes most likely located along which vascular structure?
A. Ovarian vessels
B. Inferior mesenteric vessels
C. Internal iliac vessels
D. Renal vessels
E. Splenic vessels
Correct Answer: C – Internal iliac vessels
Rationale: The cervix drains primarily to the internal iliac lymph nodes, which
are therefore targeted during surgical staging and management of cervical
malignancy.
Q8. [Analysis]
Which pelvic type is most favourable for vaginal delivery due to its rounded
inlet and adequate dimensions?
A. Android
B. Anthropoid
C. Gynecoid
D. Platypelloid
E. Asymmetrical
Correct Answer: C – Gynecoid
Rationale: The gynecoid pelvis has a rounded inlet and optimal dimensions,
facilitating fetal descent and vaginal delivery, making it the most favourable
pelvic type obstetrically.
Scenario-Based MCQs
Q9. [Application]
A 17-year-old girl presents with primary amenorrhoea. She has normal breast
development and normal external genitalia. Pelvic ultrasound shows a blind-
ending vagina and absent uterus. Which diagnosis is most consistent with
these findings?
A. Turner syndrome
B. Müllerian agenesis
C. Androgen insensitivity syndrome
,D. Gonadal dysgenesis
E. Imperforate hymen
Correct Answer: B – Müllerian agenesis
Rationale: Müllerian agenesis presents with absent uterus and upper vagina
but normal ovarian function, resulting in normal secondary sexual
characteristics.
Q10. [Analysis]
During laparoscopic surgery, a surgeon identifies a structure running in the
infundibulopelvic ligament. Injury to this structure would most directly
compromise which function?
A. Uterine contraction
B. Vaginal lubrication
C. Ovarian blood supply
D. Pelvic floor support
E. Cervical competence
Correct Answer: C – Ovarian blood supply
Rationale: The ovarian vessels run within the infundibulopelvic ligament and
supply the ovaries. Damage results in compromised ovarian perfusion.
Q11. [Application]
A 32-year-old woman presents with recurrent miscarriage. Imaging reveals a
uterine septum. What is the underlying embryological error?
A. Failure of Müllerian duct formation
B. Failure of Müllerian duct fusion
C. Failure of resorption of the midline septum
D. Failure of Wolffian duct regression
E. Failure of gonadal ridge development
Correct Answer: C – Failure of resorption of the midline septum
Rationale: A septate uterus results from incomplete resorption of the central
septum after Müllerian duct fusion, which can impair implantation and
increase miscarriage risk.
Q12. [Comprehension]
A woman presents with stress urinary incontinence following childbirth. Which
anatomical structure is most likely compromised?
A. Ureter
B. Levator ani muscle
C. Ovarian ligament
D. Broad ligament
,E. Round ligament
Correct Answer: B – Levator ani muscle
Rationale: Damage or weakening of the levator ani during childbirth reduces
pelvic floor support, contributing to stress urinary incontinence.
Fill-in-the-Blank MCQs
Q13. [Recall]
The lower one-third of the vagina is derived embryologically from the ______.
A. Müllerian ducts
B. Wolffian ducts
C. Urogenital sinus
D. Cloaca
E. Genital tubercle
Correct Answer: C – Urogenital sinus
Rationale: The lower vagina originates from the urogenital sinus, while the
upper portion derives from the Müllerian ducts.
Q14. [Comprehension]
The uterine artery arises from the ______ artery.
A. External iliac
B. Internal iliac
C. Inferior mesenteric
D. Femoral
E. Ovarian
Correct Answer: B – Internal iliac
Rationale: The uterine artery is a branch of the internal iliac artery, supplying
the uterus and forming an important surgical landmark.
Q15. [Application]
Lymphatic drainage of the vulva primarily occurs to the ______ lymph nodes.
A. Para-aortic
B. External iliac
C. Superficial inguinal
D. Internal iliac
E. Sacral
Correct Answer: C – Superficial inguinal
Rationale: The vulva drains mainly to the superficial inguinal lymph nodes,
which is clinically relevant in vulval malignancy spread.
, Q16. [Analysis]
A failure of development of the genital tubercle would most directly affect
formation of the ______.
A. Labia majora
B. Clitoris
C. Uterus
D. Cervix
E. Fallopian tubes
Correct Answer: B – Clitoris
Rationale: The genital tubercle develops into the clitoris in females, and failure
of its development affects external genitalia formation.
True/False Questions
Q17. [Recall]
The ovaries develop from the Müllerian ducts.
A. True
B. False
C. —
D. —
E. —
Correct Answer: B – False
Rationale: The ovaries develop from the gonadal ridge and primordial germ
cells, not from the Müllerian ducts.
Q18. [Comprehension]
The ureter passes superior to the uterine artery at the level of the cervix.
A. True
B. False
C. —
D. —
E. —
Correct Answer: B – False
Rationale: The ureter passes inferior to the uterine artery (“water under the
bridge”), making it susceptible to injury during surgery.
, CHAPTER LIST
Chapter 1: The Development and Anatomy of the Female Sexual Organs
and Pelvis
Chapter 2: Gynaecological History, Examination and Investigations
Chapter 3: Hormonal Control of the Menstrual Cycle and Hormonal
Disorders
Chapter 4: Disorders of Menstrual Bleeding
Chapter 5: Implantation and Early Pregnancy
Chapter 6: Contraception and Abortion
Chapter 7: Subfertility
Chapter 8: The Menopause and Postreproductive Health
Chapter 9: Sexually Transmitted Infections and Related Conditions
Chapter 10: Urogynaecology and Pelvic Floor Problems
Chapter 11: Benign Conditions of the Ovary and Pelvis
Chapter 12: Benign Conditions of the Uterus, Cervix and Endometrium
Chapter 13: Benign Conditions of the Vulva, Vagina, Psychosexual
Disorders and Female Genital Mutilation
Chapter 14: Malignant Disease of the Ovary
Chapter 15: Malignant Disease of the Uterus
Chapter 16: Premalignant and Malignant Disease of the Lower Genital
Tract
Chapter 17: Gynaecological Surgery and Therapeutics
,Chapter 1: The Development and Anatomy of the Female Sexual Organs
and Pelvis
Q1. [Recall]
The uterus, cervix, and upper two-thirds of the vagina are derived from which
embryological structure?
A. Urogenital sinus
B. Müllerian (paramesonephric) ducts
C. Wolffian (mesonephric) ducts
D. Genital tubercle
E. Cloacal membrane
Correct Answer: B – Müllerian (paramesonephric) ducts
Rationale: The Müllerian ducts give rise to the fallopian tubes, uterus, cervix,
and upper vagina. This embryological origin is central to understanding
congenital uterine anomalies that arise from failure of fusion or canalisation.
Q2. [Comprehension]
Which mechanism best explains the formation of a bicornuate uterus?
A. Failure of Müllerian duct formation
B. Failure of Müllerian duct fusion
C. Failure of canalisation of fused Müllerian ducts
D. Persistence of Wolffian ducts
E. Excess androgen exposure in utero
Correct Answer: B – Failure of Müllerian duct fusion
Rationale: A bicornuate uterus results from incomplete fusion of the paired
Müllerian ducts, leading to a uterus with two horns. This differs from septate
uterus, where fusion occurs but septal resorption fails.
Q3. [Application]
During a hysterectomy, which structure is most at risk of injury due to its
close anatomical relationship with the uterine artery?
A. Ovarian artery
B. Internal iliac vein
C. Ureter
D. Pudendal nerve
E. Round ligament
Correct Answer: C – Ureter
Rationale: The ureter passes beneath the uterine artery (“water under the
,bridge”) near the cervix, making it highly vulnerable during ligation of the
uterine vessels in hysterectomy.
Q4. [Analysis]
A patient presents with primary amenorrhoea and normal secondary sexual
characteristics. Imaging reveals absence of the uterus but normal ovaries.
What is the most likely underlying embryological defect?
A. Failure of ovarian development
B. Failure of Müllerian duct development
C. Failure of Wolffian duct regression
D. Failure of genital tubercle differentiation
E. Failure of urogenital sinus development
Correct Answer: B – Failure of Müllerian duct development
Rationale: Müllerian agenesis results in absence of the uterus and upper
vagina, while ovarian function remains intact because ovaries develop from the
gonadal ridge independently.
Q5. [Recall]
Which lymphatic pathway is primarily responsible for drainage of the ovaries?
A. Internal iliac nodes
B. External iliac nodes
C. Superficial inguinal nodes
D. Para-aortic (lumbar) nodes
E. Sacral nodes
Correct Answer: D – Para-aortic (lumbar) nodes
Rationale: Ovarian lymphatics follow the ovarian vessels and drain directly to
the para-aortic nodes, which is clinically significant in ovarian malignancy
spread.
Q6. [Comprehension]
Which pelvic floor muscle provides the main support to pelvic organs and is
most implicated in pelvic organ prolapse when weakened?
A. Piriformis
B. Obturator internus
C. Levator ani
D. Coccygeus
E. Transversus perinei
Correct Answer: C – Levator ani
Rationale: The levator ani muscle group forms the primary supportive
,diaphragm of the pelvic floor, maintaining organ position and continence.
Weakness predisposes to prolapse.
Q7. [Application]
A woman undergoing lymphadenectomy for cervical cancer requires removal of
nodes most likely located along which vascular structure?
A. Ovarian vessels
B. Inferior mesenteric vessels
C. Internal iliac vessels
D. Renal vessels
E. Splenic vessels
Correct Answer: C – Internal iliac vessels
Rationale: The cervix drains primarily to the internal iliac lymph nodes, which
are therefore targeted during surgical staging and management of cervical
malignancy.
Q8. [Analysis]
Which pelvic type is most favourable for vaginal delivery due to its rounded
inlet and adequate dimensions?
A. Android
B. Anthropoid
C. Gynecoid
D. Platypelloid
E. Asymmetrical
Correct Answer: C – Gynecoid
Rationale: The gynecoid pelvis has a rounded inlet and optimal dimensions,
facilitating fetal descent and vaginal delivery, making it the most favourable
pelvic type obstetrically.
Scenario-Based MCQs
Q9. [Application]
A 17-year-old girl presents with primary amenorrhoea. She has normal breast
development and normal external genitalia. Pelvic ultrasound shows a blind-
ending vagina and absent uterus. Which diagnosis is most consistent with
these findings?
A. Turner syndrome
B. Müllerian agenesis
C. Androgen insensitivity syndrome
,D. Gonadal dysgenesis
E. Imperforate hymen
Correct Answer: B – Müllerian agenesis
Rationale: Müllerian agenesis presents with absent uterus and upper vagina
but normal ovarian function, resulting in normal secondary sexual
characteristics.
Q10. [Analysis]
During laparoscopic surgery, a surgeon identifies a structure running in the
infundibulopelvic ligament. Injury to this structure would most directly
compromise which function?
A. Uterine contraction
B. Vaginal lubrication
C. Ovarian blood supply
D. Pelvic floor support
E. Cervical competence
Correct Answer: C – Ovarian blood supply
Rationale: The ovarian vessels run within the infundibulopelvic ligament and
supply the ovaries. Damage results in compromised ovarian perfusion.
Q11. [Application]
A 32-year-old woman presents with recurrent miscarriage. Imaging reveals a
uterine septum. What is the underlying embryological error?
A. Failure of Müllerian duct formation
B. Failure of Müllerian duct fusion
C. Failure of resorption of the midline septum
D. Failure of Wolffian duct regression
E. Failure of gonadal ridge development
Correct Answer: C – Failure of resorption of the midline septum
Rationale: A septate uterus results from incomplete resorption of the central
septum after Müllerian duct fusion, which can impair implantation and
increase miscarriage risk.
Q12. [Comprehension]
A woman presents with stress urinary incontinence following childbirth. Which
anatomical structure is most likely compromised?
A. Ureter
B. Levator ani muscle
C. Ovarian ligament
D. Broad ligament
,E. Round ligament
Correct Answer: B – Levator ani muscle
Rationale: Damage or weakening of the levator ani during childbirth reduces
pelvic floor support, contributing to stress urinary incontinence.
Fill-in-the-Blank MCQs
Q13. [Recall]
The lower one-third of the vagina is derived embryologically from the ______.
A. Müllerian ducts
B. Wolffian ducts
C. Urogenital sinus
D. Cloaca
E. Genital tubercle
Correct Answer: C – Urogenital sinus
Rationale: The lower vagina originates from the urogenital sinus, while the
upper portion derives from the Müllerian ducts.
Q14. [Comprehension]
The uterine artery arises from the ______ artery.
A. External iliac
B. Internal iliac
C. Inferior mesenteric
D. Femoral
E. Ovarian
Correct Answer: B – Internal iliac
Rationale: The uterine artery is a branch of the internal iliac artery, supplying
the uterus and forming an important surgical landmark.
Q15. [Application]
Lymphatic drainage of the vulva primarily occurs to the ______ lymph nodes.
A. Para-aortic
B. External iliac
C. Superficial inguinal
D. Internal iliac
E. Sacral
Correct Answer: C – Superficial inguinal
Rationale: The vulva drains mainly to the superficial inguinal lymph nodes,
which is clinically relevant in vulval malignancy spread.
, Q16. [Analysis]
A failure of development of the genital tubercle would most directly affect
formation of the ______.
A. Labia majora
B. Clitoris
C. Uterus
D. Cervix
E. Fallopian tubes
Correct Answer: B – Clitoris
Rationale: The genital tubercle develops into the clitoris in females, and failure
of its development affects external genitalia formation.
True/False Questions
Q17. [Recall]
The ovaries develop from the Müllerian ducts.
A. True
B. False
C. —
D. —
E. —
Correct Answer: B – False
Rationale: The ovaries develop from the gonadal ridge and primordial germ
cells, not from the Müllerian ducts.
Q18. [Comprehension]
The ureter passes superior to the uterine artery at the level of the cervix.
A. True
B. False
C. —
D. —
E. —
Correct Answer: B – False
Rationale: The ureter passes inferior to the uterine artery (“water under the
bridge”), making it susceptible to injury during surgery.
