Female Factor Infertility Indian Medical PG Practice Questions and MCQs
Practice Indian Medical PG questions for Female Factor Infertility. These multiple choice questions (MCQs) cover important concepts and help you prepare for your exams.
Female Factor Infertility Indian Medical PG Question 1: Hysteroscopic excision is indicated for which of the following conditions?
- A. Subserous fibroid
- B. Submucous fibroid (Correct Answer)
- C. Uterine fundus fibroid
- D. Endometrial polyp
Female Factor Infertility Explanation: ***Submucous fibroid***
- **Hysteroscopic myomectomy** is the **gold standard treatment** for submucous fibroids that protrude into the uterine cavity.
- Type 0 and Type I submucous fibroids are **ideal candidates** for hysteroscopic excision, as they are directly accessible through the cervix.
- This **minimally invasive approach** preserves the uterus and fertility while effectively removing the fibroid.
- Submucous fibroids commonly cause **heavy menstrual bleeding** and require definitive excision for symptom relief.
*Subserous fibroid*
- Located on the **outer surface of the uterus**, projecting into the peritoneal cavity.
- Not accessible via hysteroscopy; requires **laparoscopy or laparotomy** for removal.
- The hysteroscope cannot reach these fibroids as they are outside the uterine cavity.
*Uterine fundus fibroid*
- These are typically **intramural fibroids** embedded within the uterine muscle wall.
- Not suitable for hysteroscopic excision unless they have a significant submucous component.
- Would require **laparoscopic or open myomectomy** depending on size and location.
*Endometrial polyp*
- **Hysteroscopic polypectomy** is indeed the standard treatment for endometrial polyps.
- While this is a valid indication for hysteroscopy, endometrial polyps are typically **smaller, benign lesions** that are easier to remove.
- In the context of this question, **submucous fibroid** is the more specific answer as it represents a more complex pathology where hysteroscopic excision is both technically demanding and clinically significant.
- Both are correct indications, but submucous fibroid is the **primary surgical indication** that best demonstrates the therapeutic value of hysteroscopic excision for larger structural abnormalities.
Female Factor Infertility Indian Medical PG Question 2: Endosalpingitis is best diagnosed by?
- A. laparoscopy (Correct Answer)
- B. X-Ray abdomen
- C. Hysterosalpingography
- D. Hystero-laparoscopy
Female Factor Infertility Explanation: ***Laparoscopy***
- **Laparoscopy** is the **gold standard** for diagnosing endosalpingitis as it allows direct visualization of the fallopian tubes, pelvic organs, and peritoneal cavity.
- It enables identification of **inflammation, adhesions, tubal edema, and purulent exudate** characteristic of endosalpingitis.
- It also permits **tissue sampling** for histopathological confirmation and culture of infectious agents.
- Laparoscopy has high sensitivity and specificity for diagnosing pelvic inflammatory disease (PID) and its complications.
*X-Ray abdomen*
- An **X-ray abdomen** provides limited information regarding soft tissue structures like the fallopian tubes.
- It is primarily used for visualizing bones or detecting gross abnormalities like bowel obstruction or free air.
- It **cannot directly diagnose endosalpingitis** or provide detailed images of adnexal structures.
*Hysterosalpingography*
- **Hysterosalpingography (HSG)** is an imaging technique used to assess the patency and contour of the fallopian tubes and uterine cavity by injecting contrast dye.
- While it can detect **tubal occlusion or hydrosalpinx**, it cannot visualize external tubal inflammation, adhesions, or the peritoneal surface.
- HSG is more useful for evaluating **tubal patency in infertility workup** rather than diagnosing acute inflammation.
*Hystero-laparoscopy*
- This term refers to **combined hysteroscopy and laparoscopy** performed together.
- While the laparoscopic component can diagnose endosalpingitis, **hysteroscopy** (visualization of the uterine cavity) adds no additional value for diagnosing tubal inflammation.
- For endosalpingitis specifically, **laparoscopy alone** is sufficient and is the most direct diagnostic approach.
Female Factor Infertility Indian Medical PG Question 3: 35 yr old with 4 months amenorrhea with increased FSH, decreased estrogen. What is the diagnosis?
- A. Premature ovarian failure (Correct Answer)
- B. Pituitary dysfunction
- C. Hypothalamic dysfunction
- D. Polycystic Ovary Syndrome
Female Factor Infertility Explanation: ***Premature ovarian failure***
- The combination of **amenorrhea** for 4 months in a 35-year-old, with **increased FSH** and **decreased estrogen**, is characteristic of premature ovarian failure, indicating the ovaries are no longer responding to FSH stimulation.
- This condition signifies the cessation of ovarian function before the age of 40, leading to menopausal symptoms and infertility.
*Pituitary dysfunction*
- Pituitary dysfunction might lead to **decreased FSH** (hypogonadotropic hypogonadism) due to insufficient stimulation of the ovaries, not increased FSH.
- In cases of pituitary adenomas, increased prolactin can cause amenorrhea, but FSH would not be elevated in the manner described.
*Hypothalamic dysfunction*
- Hypothalamic dysfunction, such as **functional hypothalamic amenorrhea**, typically presents with **low or normal FSH and LH levels** (hypogonadotropic hypogonadism) due to reduced GnRH pulsatility.
- This condition is often associated with stress, excessive exercise, or low body weight, and would not cause elevated FSH as seen here.
*Polycystic Ovary Syndrome*
- **Polycystic Ovary Syndrome (PCOS)** is characterized by **anovulation**, resulting in amenorrhea or oligomenorrhea, but typically involves **elevated androgens** and a **high LH-to-FSH ratio**, with FSH levels generally normal or low, and estrogen levels often normal or slightly elevated.
- It would not present with simultaneously high FSH and low estrogen, which points to ovarian failure rather than anovulation with intact ovarian reserve.
Female Factor Infertility Indian Medical PG Question 4: Chlamydia causes:
- A. Trachoma
- B. Trachoma and Conjunctivitis
- C. Trachoma and Lymphogranuloma venereum (Correct Answer)
- D. Conjunctivitis
Female Factor Infertility Explanation: **Trachoma and Lymphogranuloma venereum**
- This is the **most comprehensive correct answer** as it lists two major diseases caused by different serovars of *Chlamydia trachomatis*
- **Trachoma** (serovars A, B, Ba, C) - chronic keratoconjunctivitis and the leading infectious cause of blindness worldwide
- **Lymphogranuloma venereum (LGV)** (serovars L1, L2, L3) - systemic sexually transmitted infection with inguinal lymphadenopathy
- This answer captures both the **ocular** and **genital** manifestations of *C. trachomatis*, making it the best option
*Trachoma*
- While medically accurate, this is **incomplete** as it only mentions one disease
- *C. trachomatis* causes multiple clinically significant diseases beyond trachoma
- This option ignores LGV and other important chlamydial syndromes
*Trachoma and Conjunctivitis*
- This option is **redundant and misleading** - trachoma IS a specific type of chronic bacterial conjunctivitis
- Listing both together suggests they are separate entities when trachoma is actually a subset of conjunctivitis
- Misses other major non-ocular diseases like LGV, making it inferior to the correct answer
*Conjunctivitis*
- While *C. trachomatis* does cause conjunctivitis (trachoma, inclusion conjunctivitis), this is **too broad and non-specific**
- Conjunctivitis has numerous causes (viral, bacterial, allergic) and this answer lacks specificity
- Completely omits systemic/genital manifestations like LGV, urethritis, and PID
Female Factor Infertility Indian Medical PG Question 5: A 30-year-old woman presents with primary infertility for 2 years. Her menstrual cycles are irregular (35-45 days). Investigations reveal FSH 15 IU/L, AMH 0.5 ng/mL. Semen analysis is normal and HSG shows patent tubes. What is the most appropriate first-line treatment?
- A. Letrozole (Correct Answer)
- B. IVF with donor eggs
- C. Clomiphene citrate
- D. Gonadotropins
Female Factor Infertility Explanation: ***Letrozole***
- This patient has **diminished ovarian reserve (DOR)** evidenced by **FSH 15 IU/L** (borderline elevated) and **AMH 0.5 ng/mL** (significantly low), along with **irregular cycles suggesting anovulation**.
- **Letrozole**, an aromatase inhibitor, is the **preferred first-line ovulation induction agent** in patients with DOR who are anovulatory. It works by reducing estrogen production, leading to increased FSH release and follicular development.
- **Advantages over clomiphene:** Letrozole has fewer anti-estrogenic effects on the endometrium and cervical mucus, making it superior in DOR patients where endometrial receptivity is crucial.
- Given her young age (30 years) and evidence of some ovarian reserve (AMH 0.5, not undetectable), a trial of **2-3 cycles of ovulation induction** before proceeding to IVF is reasonable and cost-effective.
*IVF with donor eggs*
- This is **premature as first-line therapy**. While the patient has DOR, she still has detectable AMH (0.5 ng/mL), indicating some ovarian function remains.
- The **first step** would be attempting conception with her own eggs through ovulation induction, and if that fails, **IVF with autologous (own) eggs** should be tried before considering donor eggs.
- Donor egg IVF is typically reserved for patients with **premature ovarian failure**, very advanced age, or after repeated failed IVF cycles with own eggs.
*Clomiphene citrate*
- While clomiphene is an effective **ovulation induction agent**, it has significant **anti-estrogenic effects** on the endometrium (causing thinning) and cervical mucus (reducing quality).
- In patients with **DOR**, where pregnancy rates are already compromised, these anti-estrogenic effects can further reduce success rates.
- **Letrozole has been shown to have better pregnancy outcomes** in various populations, including those with DOR, making it the preferred first-line agent.
*Gonadotropins*
- Injectable gonadotropins (FSH/LH) directly stimulate follicular development and are more potent than oral agents.
- However, they carry **higher risks**: multiple gestations (20-30%), ovarian hyperstimulation syndrome (OHSS), and significantly higher cost.
- They are typically reserved as **second-line therapy** after failed response to oral ovulation induction agents, or as part of IVF protocols.
- Starting with less aggressive, safer oral agents like letrozole is the **standard stepwise approach** in infertility management.
Female Factor Infertility Indian Medical PG Question 6: What is the most reliable test to confirm ovulation after it has occurred?
- A. Serum estrogen
- B. Serum progesterone (Correct Answer)
- C. Both serum estrogen and progesterone
- D. None of the options
Female Factor Infertility Explanation: ***Serum progesterone***
- A **serum progesterone level** of greater than **3 ng/mL (or 10 nmol/L)** in the mid-luteal phase (approximately 7 days after the presumed ovulation) reliably indicates that ovulation has occurred.
- After ovulation, the **corpus luteum** forms and produces progesterone, causing a characteristic rise in its serum level.
*Serum estrogen*
- Estrogen levels **peak before ovulation** to trigger the LH surge and also rise during the luteal phase, but a single measurement is not a reliable indicator that ovulation has successfully occurred.
- Estrogen levels can fluctuate due to various factors and do not directly confirm the **formation and function of a corpus luteum** as progesterone does.
*Both serum estrogen and progesterone*
- While both hormones are involved in the menstrual cycle, relying on both simultaneously for confirming *occurred* ovulation is not the most precise method.
- A significant rise in **progesterone** *after* the presumed ovulatory event is the key reliable biomarker.
*None of the options*
- This option is incorrect because **serum progesterone** is a well-established and reliable test for confirming ovulation.
Female Factor Infertility Indian Medical PG Question 7: A 20 year old woman is evaluated for primary infertility. Hysterosalpingography was done and reveals an anomaly. What is the anomaly seen in the image?
- A. Septate uterus (Correct Answer)
- B. Uterine didelphys
- C. Bicornuate uterus
- D. Unicornuate uterus
Female Factor Infertility Explanation: ***Septate uterus***
- The image exhibits a **single uterine cavity** with a **septum** or indentation extending downwards, splitting the cavity into two distinct portions superiorly.
- This configuration, particularly with an external contour that is typically **convex or flat**, is characteristic of a septate uterus, which is often associated with recurrent pregnancy loss and infertility.
*Uterine didelphys*
- This anomaly involves **two completely separate uteri**, each with its own cervix and often a separate vagina.
- The image clearly shows a single main uterine body that then divides superiorly, not two entirely distinct uteri.
*Bicornuate uterus*
- A bicornuate uterus typically has two uterine horns that are **divergent externally**, creating a **deep indentation** on the external contour of the fundus.
- While it also involves a divided uterine cavity, the external contour in the image appears more convex or flat, which is less consistent with a bicornuate uterus where the outer fundal contour is notably indented.
*Unicornuate uterus*
- This anomaly results from the **failure of one Müllerian duct to develop**, leading to a uterus that has only one horn and one fallopian tube.
- The image presents a uterus with two distinct horns, ruling out a unicornuate uterus.
Female Factor Infertility Indian Medical PG Question 8: Which of the following is a cause of male infertility?
- A. Idiopathic
- B. Yq11 microdeletion
- C. Varicocele
- D. All of the options (Correct Answer)
Female Factor Infertility Explanation: ***All of the options***
- **Idiopathic**, **varicocele**, and **Yq11 microdeletion** are all recognized causes of male infertility, making this the most comprehensive and correct answer.
- Male infertility can stem from a variety of factors, including genetic, structural, hormonal, and unexplained (idiopathic) causes.
*Idiopathic*
- Refers to cases where no specific cause for infertility can be identified despite thorough investigation, accounting for a significant proportion of male infertility.
- This diagnosis is made by **exclusion** after ruling out other known causes.
*Varicocele*
- A common and treatable cause of male infertility, characterized by **dilated veins in the pampiniform plexus** of the scrotum.
- Varicoceles can impair sperm production and function due to **increased scrotal temperature** and oxidative stress.
*Yq11 microdeletion*
- Refers to deletions in the **azoospermia factor (AZF) region** on the long arm of the Y chromosome, which are genetic causes of severe spermatogenic failure.
- These deletions disrupt genes essential for sperm production, leading to conditions ranging from **oligozoospermia** (low sperm count) to **azoospermia** (absence of sperm).
Female Factor Infertility Indian Medical PG Question 9: Lady presents with infertility and diagnosed with bilateral cornual block on hysterosalpingography. What is the next step?
- A. Tuboplasty
- B. Laparoscopy and hysteroscopy (Correct Answer)
- C. USG
- D. IVF
Female Factor Infertility Explanation: ***Laparoscopy and hysteroscopy***
- A **laparoscopy** allows for direct visualization of the fallopian tubes to confirm the tubal obstruction and assess for other pelvic pathology like **endometriosis** or **adhesions**.
- A **hysteroscopy** can be performed concurrently to inspect the uterine cavity and the tubal ostia for any intracavitary abnormalities or to attempt **canalization of the cornual block**.
*Tuboplasty*
- **Tuboplasty** is a corrective surgical procedure for tubal obstruction, but it is typically considered *after* a definitive diagnosis and assessment of the block's extent have been made via diagnostic procedures.
- Its success rate varies depending on the location and nature of the block, and it is not the immediate next step for diagnosis.
*USG*
- **Transvaginal ultrasonography (USG)** is a useful tool for evaluating uterine and ovarian morphology but is generally *not definitive* for diagnosing tubal patency or specific locations of tubal blockage.
- While it can identify some pathologies, it cannot visualize the fallopian tubes with sufficient clarity to determine cornual obstruction.
*IVF*
- **In vitro fertilization (IVF)** is an *assisted reproductive technology* used to bypass tubal factor infertility, but it is a treatment option, not a diagnostic step.
- It would be considered *after* a full diagnostic workup has confirmed the tubal blockage and other fertility factors, and after counseling regarding prognosis and success rates.
Female Factor Infertility Indian Medical PG Question 10: In a couple, which of the following investigations are included in the initial work-up for infertility?
- A. Testicular biopsy, USG, Sperm penetration test
- B. Ovulation, tubal patency, Mantoux test
- C. Semen analysis, CXR, Mantoux
- D. Semen analysis, Tubal patency test, Ovulation test (Correct Answer)
Female Factor Infertility Explanation: ***Semen analysis, Tubal patency test, Ovulation test***
- This option correctly identifies the **key initial investigations** for both male and female factors in infertility: **semen analysis** for male fertility, **tubal patency test** for assessing fallopian tube function, and **ovulation test** to confirm female ovulatory cycles.
- These tests are fundamental in a comprehensive initial infertility work-up as they address the most common causes of infertility.
*Testicular biopsy, USG, Sperm penetration test*
- While **testicular biopsy** and **sperm penetration test** are relevant, they are typically **second-line investigations** performed if initial tests (like semen analysis) are abnormal.
- **Ultrasound (USG)** is a general imaging modality and not a primary, specific infertility test for both partners as listed.
*Ovulation, tubal patency, Mantoux test*
- **Ovulation** and **tubal patency** are essential, but the **Mantoux test** (for tuberculosis) is generally not part of the *initial routine* infertility work-up unless there is clinical suspicion or prevalence in the region.
- The Mantoux test is specific for a particular infection, and not a broad screening test for infertility.
*Semen analysis, CXR, Mantoux*
- **Semen analysis** is appropriate, but a **Chest X-ray (CXR)** and **Mantoux test** are not routine initial investigations for infertility.
- These tests would only be indicated if there were specific clinical signs or a history suggestive of underlying pulmonary or infectious disease.
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Gynaecology Infertility