, 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]
Which embryological structure primarily gives rise to the fallopian tubes, uterus, and
upper vagina?
A. Wolffian (mesonephric) ducts
B. Müllerian (paramesonephric) ducts
C. Urogenital sinus
D. Genital tubercle
E. Cloacal membrane
Correct Answer: B – Müllerian (paramesonephric) ducts
Rationale: The Müllerian (paramesonephric) ducts develop into the fallopian tubes,
uterus, cervix, and upper two-thirds of the vagina. This is a key developmental pathway
in the formation of the female reproductive tract as described in the textbook, and
failure of fusion or development leads to congenital anomalies such as bicornuate
uterus or uterine agenesis.
Q2. [Comprehension]
Which mechanism is responsible for regression of the Wolffian ducts in female
embryological development?
A. Increased androgen secretion
B. Absence of anti-Müllerian hormone
C. Absence of testosterone stimulation
D. Increased oestrogen production
E. Presence of progesterone
Correct Answer: C – Absence of testosterone stimulation
Rationale: The Wolffian (mesonephric) ducts regress in the absence of testosterone. In
female development, there is no significant androgen production to maintain these
ducts, leading to their regression. This mechanism is fundamental to normal sexual
differentiation.
,Q3. [Application]
A congenital absence of the uterus and upper vagina with normal ovarian function is
most consistent with which condition?
A. Turner syndrome
B. Androgen insensitivity syndrome
C. Müllerian agenesis
D. Imperforate hymen
E. Transverse vaginal septum
Correct Answer: C – Müllerian agenesis
Rationale: Müllerian agenesis (Mayer-Rokitansky-Küster-Hauser syndrome) results from
failure of development of the Müllerian ducts, leading to absence of the uterus and
upper vagina, while ovarian function remains intact as ovaries arise from a different
embryological origin.
Q4. [Analysis]
Which anatomical relationship places the ureter at greatest risk during ligation of the
uterine artery in hysterectomy?
A. The ureter passes anterior to the uterine artery
B. The ureter passes posterior to the uterine artery
C. The ureter crosses under the uterine artery near the cervix
D. The ureter runs lateral to the ovarian vessels only
E. The ureter lies within the uterine wall
Correct Answer: C – The ureter crosses under the uterine artery near the cervix
Rationale: The ureter runs beneath the uterine artery (“water under the bridge”) near the
cervix, making it particularly vulnerable during surgical ligation of the uterine artery. This
relationship is critical in gynaecological surgery and is emphasized for prevention of
ureteric injury.
Q5. [Recall]
Which lymphatic drainage pathway is primarily responsible for spread of malignancy
from the ovaries?
A. Superficial inguinal nodes
B. External iliac nodes
C. Para-aortic (lumbar) nodes
,D. Internal iliac nodes
E. Presacral nodes
Correct Answer: C – Para-aortic (lumbar) nodes
Rationale: The ovaries drain primarily to the para-aortic (lumbar) lymph nodes due to
their embryological origin in the posterior abdominal wall. This has important
implications for staging and spread of ovarian malignancy.
Q6. [Comprehension]
Which pelvic floor muscle provides the primary support for pelvic organs and
contributes to continence?
A. Piriformis
B. Obturator internus
C. Levator ani
D. Coccygeus
E. Iliopsoas
Correct Answer: C – Levator ani
Rationale: The levator ani muscle group forms the main component of the pelvic floor,
providing support to pelvic organs and maintaining continence. Dysfunction or damage
to this muscle group contributes to prolapse and incontinence.
Q7. [Application]
A patient presents with uterine prolapse. Weakness of which structure is most directly
implicated?
A. Broad ligament
B. Round ligament
C. Levator ani muscle
D. Ovarian ligament
E. Suspensory ligament of ovary
Correct Answer: C – Levator ani muscle
Rationale: Uterine prolapse is primarily due to weakening of pelvic floor support,
particularly the levator ani muscle complex. These muscles maintain pelvic organ
position, and their dysfunction leads to descent of the uterus.
,Q8. [Analysis]
Which pelvic type is most associated with difficulty in vaginal delivery due to reduced
anteroposterior diameter?
A. Gynecoid
B. Android
C. Anthropoid
D. Platypelloid
E. Mixed
Correct Answer: D – Platypelloid
Rationale: The platypelloid pelvis is characterized by a wide transverse diameter and
reduced anteroposterior diameter, making engagement of the fetal head more difficult
and potentially complicating vaginal delivery.
Q9. [Scenario-Based MCQ – Application]
A 17-year-old girl presents with primary amenorrhoea. Examination reveals normal
secondary sexual characteristics but a shortened vagina. Ultrasound shows absence of
the uterus. Which structure failed to develop?
A. Wolffian ducts
B. Müllerian ducts
C. Urogenital sinus
D. Genital tubercle
E. Cloaca
Correct Answer: B – Müllerian ducts
Rationale: The clinical presentation is characteristic of Müllerian agenesis, where failure
of Müllerian duct development leads to absence of the uterus and upper vagina, while
ovarian function remains normal.
Q10. [Scenario-Based MCQ – Analysis]
During a total abdominal hysterectomy, the surgeon identifies a structure running close
to the uterine artery. Injury to this structure leads to postoperative anuria. Which
structure was most likely damaged?
A. External iliac artery
B. Internal iliac vein
C. Ureter
,D. Bladder
E. Ovarian artery
Correct Answer: C – Ureter
Rationale: The ureter lies in close proximity to the uterine artery and is at risk during
hysterectomy. Injury can result in urinary obstruction or anuria, highlighting the
importance of identifying this structure intraoperatively.
Q11. [Scenario-Based MCQ – Comprehension]
A woman with ovarian cancer is found to have metastases in para-aortic lymph nodes.
This pattern of spread reflects which embryological origin?
A. Pelvic origin
B. Perineal origin
C. Abdominal origin
D. Cloacal origin
E. Genital ridge origin
Correct Answer: C – Abdominal origin
Rationale: The ovaries originate embryologically from the posterior abdominal wall, and
their lymphatic drainage follows this origin to the para-aortic nodes.
Q12. [Scenario-Based MCQ – Application]
A multiparous woman presents with stress urinary incontinence. Examination reveals
pelvic floor weakness. Which intervention directly targets the underlying anatomical
defect?
A. Oestrogen therapy
B. Antibiotics
C. Pelvic floor muscle training
D. Diuretics
E. Anticholinergic drugs
Correct Answer: C – Pelvic floor muscle training
Rationale: Pelvic floor muscle training strengthens the levator ani and associated
structures, improving support to the urethra and bladder, and is first-line management
for stress urinary incontinence.
,Q13. [Fill-in-the-Blank MCQ – Recall]
The upper two-thirds of the vagina is derived from the __________.
A. Urogenital sinus
B. Müllerian ducts
C. Wolffian ducts
D. Genital tubercle
E. Cloacal membrane
Correct Answer: B – Müllerian ducts
Rationale: The upper vagina develops from the Müllerian ducts, while the lower third
originates from the urogenital sinus.
Q14. [Fill-in-the-Blank MCQ – Comprehension]
Regression of the Wolffian ducts in females occurs due to absence of __________.
A. Oestrogen
B. Progesterone
C. Testosterone
D. hCG
E. Prolactin
Correct Answer: C – Testosterone
Rationale: The Wolffian ducts require testosterone for maintenance. In its absence, they
regress during female development.
Q15. [Fill-in-the-Blank MCQ – Application]
The lymphatic drainage of the vulva is primarily to the __________ lymph nodes.
A. Para-aortic
B. Internal iliac
C. External iliac
D. Superficial inguinal
E. Presacral
Correct Answer: D – Superficial inguinal
Rationale: The vulva drains primarily to the superficial inguinal lymph nodes, which is
important in staging and management of vulval malignancies.
, Q16. [Fill-in-the-Blank MCQ – Analysis]
The ureter passes __________ to the uterine artery near the cervix.
A. Above
B. Lateral
C. Medial
D. Beneath
E. Within
Correct Answer: D – Beneath
Rationale: The ureter passes beneath the uterine artery (“water under the bridge”), a
critical surgical landmark.
Q17. [True/False – Recall]
The ovaries develop from the Müllerian ducts.
A. True
B. False
Correct Answer: B – False
Rationale: The ovaries develop from the genital ridges, not the Müllerian ducts, which
form the internal reproductive tract structures.
Q18. [True/False – Comprehension]
The gynecoid pelvis is considered the most favourable for vaginal delivery.
A. True
B. False
Correct Answer: A – True
Rationale: The gynecoid pelvis has optimal dimensions for childbirth, facilitating
engagement and descent of the fetal head.
Q19. [True/False – Application]
Damage to the levator ani muscle can contribute to pelvic organ prolapse.
A. True
B. False
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]
Which embryological structure primarily gives rise to the fallopian tubes, uterus, and
upper vagina?
A. Wolffian (mesonephric) ducts
B. Müllerian (paramesonephric) ducts
C. Urogenital sinus
D. Genital tubercle
E. Cloacal membrane
Correct Answer: B – Müllerian (paramesonephric) ducts
Rationale: The Müllerian (paramesonephric) ducts develop into the fallopian tubes,
uterus, cervix, and upper two-thirds of the vagina. This is a key developmental pathway
in the formation of the female reproductive tract as described in the textbook, and
failure of fusion or development leads to congenital anomalies such as bicornuate
uterus or uterine agenesis.
Q2. [Comprehension]
Which mechanism is responsible for regression of the Wolffian ducts in female
embryological development?
A. Increased androgen secretion
B. Absence of anti-Müllerian hormone
C. Absence of testosterone stimulation
D. Increased oestrogen production
E. Presence of progesterone
Correct Answer: C – Absence of testosterone stimulation
Rationale: The Wolffian (mesonephric) ducts regress in the absence of testosterone. In
female development, there is no significant androgen production to maintain these
ducts, leading to their regression. This mechanism is fundamental to normal sexual
differentiation.
,Q3. [Application]
A congenital absence of the uterus and upper vagina with normal ovarian function is
most consistent with which condition?
A. Turner syndrome
B. Androgen insensitivity syndrome
C. Müllerian agenesis
D. Imperforate hymen
E. Transverse vaginal septum
Correct Answer: C – Müllerian agenesis
Rationale: Müllerian agenesis (Mayer-Rokitansky-Küster-Hauser syndrome) results from
failure of development of the Müllerian ducts, leading to absence of the uterus and
upper vagina, while ovarian function remains intact as ovaries arise from a different
embryological origin.
Q4. [Analysis]
Which anatomical relationship places the ureter at greatest risk during ligation of the
uterine artery in hysterectomy?
A. The ureter passes anterior to the uterine artery
B. The ureter passes posterior to the uterine artery
C. The ureter crosses under the uterine artery near the cervix
D. The ureter runs lateral to the ovarian vessels only
E. The ureter lies within the uterine wall
Correct Answer: C – The ureter crosses under the uterine artery near the cervix
Rationale: The ureter runs beneath the uterine artery (“water under the bridge”) near the
cervix, making it particularly vulnerable during surgical ligation of the uterine artery. This
relationship is critical in gynaecological surgery and is emphasized for prevention of
ureteric injury.
Q5. [Recall]
Which lymphatic drainage pathway is primarily responsible for spread of malignancy
from the ovaries?
A. Superficial inguinal nodes
B. External iliac nodes
C. Para-aortic (lumbar) nodes
,D. Internal iliac nodes
E. Presacral nodes
Correct Answer: C – Para-aortic (lumbar) nodes
Rationale: The ovaries drain primarily to the para-aortic (lumbar) lymph nodes due to
their embryological origin in the posterior abdominal wall. This has important
implications for staging and spread of ovarian malignancy.
Q6. [Comprehension]
Which pelvic floor muscle provides the primary support for pelvic organs and
contributes to continence?
A. Piriformis
B. Obturator internus
C. Levator ani
D. Coccygeus
E. Iliopsoas
Correct Answer: C – Levator ani
Rationale: The levator ani muscle group forms the main component of the pelvic floor,
providing support to pelvic organs and maintaining continence. Dysfunction or damage
to this muscle group contributes to prolapse and incontinence.
Q7. [Application]
A patient presents with uterine prolapse. Weakness of which structure is most directly
implicated?
A. Broad ligament
B. Round ligament
C. Levator ani muscle
D. Ovarian ligament
E. Suspensory ligament of ovary
Correct Answer: C – Levator ani muscle
Rationale: Uterine prolapse is primarily due to weakening of pelvic floor support,
particularly the levator ani muscle complex. These muscles maintain pelvic organ
position, and their dysfunction leads to descent of the uterus.
,Q8. [Analysis]
Which pelvic type is most associated with difficulty in vaginal delivery due to reduced
anteroposterior diameter?
A. Gynecoid
B. Android
C. Anthropoid
D. Platypelloid
E. Mixed
Correct Answer: D – Platypelloid
Rationale: The platypelloid pelvis is characterized by a wide transverse diameter and
reduced anteroposterior diameter, making engagement of the fetal head more difficult
and potentially complicating vaginal delivery.
Q9. [Scenario-Based MCQ – Application]
A 17-year-old girl presents with primary amenorrhoea. Examination reveals normal
secondary sexual characteristics but a shortened vagina. Ultrasound shows absence of
the uterus. Which structure failed to develop?
A. Wolffian ducts
B. Müllerian ducts
C. Urogenital sinus
D. Genital tubercle
E. Cloaca
Correct Answer: B – Müllerian ducts
Rationale: The clinical presentation is characteristic of Müllerian agenesis, where failure
of Müllerian duct development leads to absence of the uterus and upper vagina, while
ovarian function remains normal.
Q10. [Scenario-Based MCQ – Analysis]
During a total abdominal hysterectomy, the surgeon identifies a structure running close
to the uterine artery. Injury to this structure leads to postoperative anuria. Which
structure was most likely damaged?
A. External iliac artery
B. Internal iliac vein
C. Ureter
,D. Bladder
E. Ovarian artery
Correct Answer: C – Ureter
Rationale: The ureter lies in close proximity to the uterine artery and is at risk during
hysterectomy. Injury can result in urinary obstruction or anuria, highlighting the
importance of identifying this structure intraoperatively.
Q11. [Scenario-Based MCQ – Comprehension]
A woman with ovarian cancer is found to have metastases in para-aortic lymph nodes.
This pattern of spread reflects which embryological origin?
A. Pelvic origin
B. Perineal origin
C. Abdominal origin
D. Cloacal origin
E. Genital ridge origin
Correct Answer: C – Abdominal origin
Rationale: The ovaries originate embryologically from the posterior abdominal wall, and
their lymphatic drainage follows this origin to the para-aortic nodes.
Q12. [Scenario-Based MCQ – Application]
A multiparous woman presents with stress urinary incontinence. Examination reveals
pelvic floor weakness. Which intervention directly targets the underlying anatomical
defect?
A. Oestrogen therapy
B. Antibiotics
C. Pelvic floor muscle training
D. Diuretics
E. Anticholinergic drugs
Correct Answer: C – Pelvic floor muscle training
Rationale: Pelvic floor muscle training strengthens the levator ani and associated
structures, improving support to the urethra and bladder, and is first-line management
for stress urinary incontinence.
,Q13. [Fill-in-the-Blank MCQ – Recall]
The upper two-thirds of the vagina is derived from the __________.
A. Urogenital sinus
B. Müllerian ducts
C. Wolffian ducts
D. Genital tubercle
E. Cloacal membrane
Correct Answer: B – Müllerian ducts
Rationale: The upper vagina develops from the Müllerian ducts, while the lower third
originates from the urogenital sinus.
Q14. [Fill-in-the-Blank MCQ – Comprehension]
Regression of the Wolffian ducts in females occurs due to absence of __________.
A. Oestrogen
B. Progesterone
C. Testosterone
D. hCG
E. Prolactin
Correct Answer: C – Testosterone
Rationale: The Wolffian ducts require testosterone for maintenance. In its absence, they
regress during female development.
Q15. [Fill-in-the-Blank MCQ – Application]
The lymphatic drainage of the vulva is primarily to the __________ lymph nodes.
A. Para-aortic
B. Internal iliac
C. External iliac
D. Superficial inguinal
E. Presacral
Correct Answer: D – Superficial inguinal
Rationale: The vulva drains primarily to the superficial inguinal lymph nodes, which is
important in staging and management of vulval malignancies.
, Q16. [Fill-in-the-Blank MCQ – Analysis]
The ureter passes __________ to the uterine artery near the cervix.
A. Above
B. Lateral
C. Medial
D. Beneath
E. Within
Correct Answer: D – Beneath
Rationale: The ureter passes beneath the uterine artery (“water under the bridge”), a
critical surgical landmark.
Q17. [True/False – Recall]
The ovaries develop from the Müllerian ducts.
A. True
B. False
Correct Answer: B – False
Rationale: The ovaries develop from the genital ridges, not the Müllerian ducts, which
form the internal reproductive tract structures.
Q18. [True/False – Comprehension]
The gynecoid pelvis is considered the most favourable for vaginal delivery.
A. True
B. False
Correct Answer: A – True
Rationale: The gynecoid pelvis has optimal dimensions for childbirth, facilitating
engagement and descent of the fetal head.
Q19. [True/False – Application]
Damage to the levator ani muscle can contribute to pelvic organ prolapse.
A. True
B. False
