Psychological Aspects of Menopause — MCQs
A 46-year-old woman presents for her annual examination. Her main complaint is frequent sweating episodes with a sensation of intense heat starting at her upper chest and spreading up to her head. These have been intermittent for the past 6 to 9 months but are gradually worsening. She has three to four flushing/sweating episodes during the day and two to three at night. She occasionally feels her heart race for about a second, but when she checks her pulse it is normal. She reports feeling more tired and has difficulty with sleep due to sweating. She denies major life stressors. She also denies weight loss, weight gain, or change in bowel habit. Her last menstrual cycle was 3 months ago. Physical examination is normal. Which treatment is most appropriate in alleviating this woman's symptoms?
A 35-year-old woman presents with 4 months of amenorrhea, increased FSH, LH, and decreased estrogen. What is the most likely diagnosis?
35 yr old with 4 months amenorrhea with increased FSH, decreased estrogen. What is the diagnosis?
All of the following factors are involved in altered patterns of hormone release except
What is the primary hormonal cause of hot flushes experienced during menopause?
Earliest menopausal symptom is :
Gonadotrophins remain elevated after menopause for :
Senile vaginitis is due to :
In menopause, which of the following is seen:
A 30-year-old housewife reports with 6 months amenorrhea. Her serum LH and FSH are high with low estradiol levels. What is the most likely cause of amenorrhea in this context?
Psychological Aspects of Menopause Indian Medical PG Practice Questions and MCQs
Question 1: A 46-year-old woman presents for her annual examination. Her main complaint is frequent sweating episodes with a sensation of intense heat starting at her upper chest and spreading up to her head. These have been intermittent for the past 6 to 9 months but are gradually worsening. She has three to four flushing/sweating episodes during the day and two to three at night. She occasionally feels her heart race for about a second, but when she checks her pulse it is normal. She reports feeling more tired and has difficulty with sleep due to sweating. She denies major life stressors. She also denies weight loss, weight gain, or change in bowel habit. Her last menstrual cycle was 3 months ago. Physical examination is normal. Which treatment is most appropriate in alleviating this woman's symptoms?
- A. Estrogen plus progesterone (Correct Answer)
- B. Citalopram
- C. Estrogen
- D. Levothyroxine
Explanation: ***Estrogen plus progesterone*** - This patient's symptoms (hot flashes, night sweats, fatigue, sleep disturbance, irregular menses) are highly suggestive of **perimenopause/menopause**. **Hormone replacement therapy (HRT)** with estrogen and progesterone is the most effective treatment for managing severe menopausal symptoms. - Adding **progesterone** is crucial for women with an intact uterus to prevent **endometrial hyperplasia** and **endometrial cancer** caused by unopposed estrogen therapy. *Citalopram* - **Selective serotonin reuptake inhibitors (SSRIs)** like citalopram can reduce the frequency and severity of hot flashes, but they are generally reserved for women who cannot take or prefer not to take HRT due to contraindications or concerns. - SSRIs are less effective than HRT for severe vasomotor symptoms and do not address other menopausal symptoms like vaginal dryness or bone loss. *Estrogen* - While estrogen is the primary hormone for alleviating menopausal symptoms, administering **unopposed estrogen** to a woman with an intact uterus significantly increases the risk of **endometrial hyperplasia** and **endometrial carcinoma**. - Progesterone is necessary to counteract the proliferative effects of estrogen on the endometrium, preventing these risks. *Levothyroxine* - **Levothyroxine** is used to treat **hypothyroidism**, a condition that can cause fatigue, weight changes, and menstrual irregularities. - However, the patient's primary symptoms of prominent hot flashes and night sweats are not characteristic of hypothyroidism, and her physical examination is normal, making this diagnosis less likely.
Question 2: A 35-year-old woman presents with 4 months of amenorrhea, increased FSH, LH, and decreased estrogen. What is the most likely diagnosis?
- A. Premature ovarian insufficiency (Correct Answer)
- B. Menopause
- C. Late menopause
- D. Perimenopause
Explanation: ***Premature ovarian insufficiency (POI)*** - The patient's age (35 years) combined with 4 months of **amenorrhea**, increased **FSH** and **LH**, and decreased **estrogen** is characteristic of premature ovarian insufficiency (also called premature ovarian failure). - The hormonal profile (**hypergonadotropic hypogonadism**) indicates ovarian failure occurring before the age of **40 years**, which defines POI. - POI affects approximately **1% of women under 40** and can present with amenorrhea, infertility, and symptoms of estrogen deficiency. *Menopause* - Menopause is diagnosed after **12 consecutive months of amenorrhea** in a woman, typically occurring around age **51 years** (natural menopause). - While the hormonal profile of elevated FSH/LH and low estrogen is consistent with menopause, the patient's **age of 35 years** and **only 4 months of amenorrhea** do not meet the criteria for natural menopause. *Late menopause* - Late menopause refers to menopause occurring at a later age than average, typically after age **55 years**. - This diagnosis is completely inconsistent with the patient's age of 35 years. *Perimenopause* - Perimenopause is the transitional phase leading up to menopause, characterized by **irregular menstrual cycles** and **fluctuating hormone levels**. - While FSH levels may be elevated at times, perimenopause typically shows **variable hormone levels** rather than the sustained pattern of high FSH/LH with low estrogen seen in this case. - The **sustained amenorrhea** and pronounced hormonal shifts indicate ovarian failure (POI) rather than perimenopausal transition.
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
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.
Question 4: All of the following factors are involved in altered patterns of hormone release except
- A. Day time duties (Correct Answer)
- B. Travel across time zones
- C. Aging
- D. Lights on throughout 24 hours of the day
Explanation: **Day time duties** - **Daytime duties** are part of normal diurnal rhythms and do not inherently alter the **circadian clock** or hormone release patterns. - While they coincide with certain hormone fluctuations, they are not a disruptive factor like the other options. *Travel across time zones* - **Travel across time zones** causes **jet lag**, disrupting the body's internal clock and desynchronizing **circadian rhythms**. - This desynchronization directly affects the timing and amount of various hormones released, such as **cortisol** and **melatonin**. *Aging* - **Aging** brings about natural changes in hormone production and release patterns, including decreases in **growth hormone**, **sex hormones**, and alterations in **cortisol** rhythms. - These changes are a physiological consequence of the aging process, leading to altered hormonal profiles. *Lights on throughout 24 hours of the day* - Prolonged exposure to **light at night** disrupts the natural **sleep-wake cycle** and suppresses **melatonin** production, a key hormone for regulating circadian rhythms. - This constant light exposure can significantly alter the release of numerous other hormones that follow a **diurnal pattern**.
Question 5: What is the primary hormonal cause of hot flushes experienced during menopause?
- A. Increased noradrenaline with normal estrogen levels
- B. Increased noradrenaline
- C. Decreased estrogen levels (Correct Answer)
- D. Both increased noradrenaline and decreased estrogen levels
Explanation: ***Decreased estrogen levels*** - **Decreased estrogen** is the primary hormonal change during menopause, leading to thermoregulatory dysfunction in the hypothalamus. - This hormonal imbalance causes the **vasomotor symptoms** like hot flushes and night sweats. *Increased noradrenaline* - While **noradrenaline** (norepinephrine) is involved in thermoregulation, its increase is a **secondary event** triggered by the initial estrogen deficiency, not the primary cause. - Increased noradrenaline can exacerbate the **vasodilation** and heat dissipation experienced during a hot flush. *Increased noradrenaline with normal estrogen levels* - This option is incorrect because hot flushes are characteristic of menopause, which is defined by **decreased estrogen levels**. - **Normal estrogen levels** would typically prevent the severe thermoregulatory instability that causes hot flushes. *Both increased noradrenaline and decreased estrogen levels* - Although both factors are involved, the question asks for the **primary hormonal cause**. **Decreased estrogen** initiates the cascade of events, including the subsequent alteration of neurotransmitter levels like noradrenaline. - Noradrenaline's role is more of a **mediator** in the physiological response to the primary estrogen deficiency.
Question 6: Earliest menopausal symptom is :
- A. Vaginal discharge
- B. Osteoporosis
- C. Hot flushes (Correct Answer)
- D. Spotting
Explanation: ***Hot flushes*** - **Hot flushes** are the **earliest and most common vasomotor symptom** experienced by women during perimenopause due to fluctuating estrogen levels. - They are often the first **symptomatic complaint** that brings women to clinical attention and can begin several years before the final menstrual period. - While menstrual irregularities occur concurrently, hot flushes are considered the hallmark **early symptom** of menopausal transition. *Vaginal discharge* - **Vaginal discharge** can occur due to various reasons, including infections or hormonal changes, but it is not typically the earliest or a universal symptom of menopause. - While vaginal dryness and atrophy are common menopausal symptoms, increased discharge is not characteristic of early menopause. *Osteoporosis* - **Osteoporosis** is a long-term consequence of estrogen deficiency that develops **years after menopause**, leading to decreased bone density. - It is not an early symptom but rather a chronic condition that manifests significantly later in the postmenopausal period. *Spotting* - **Spotting** (intermenstrual bleeding) can be a sign of perimenopause as menstrual cycles become irregular. - While **menstrual irregularity** is an early feature of perimenopause, hot flushes are more consistently recognized as the **earliest symptomatic presentation** that characterizes the menopausal transition.
Question 7: Gonadotrophins remain elevated after menopause for :
- A. Rest of life (Correct Answer)
- B. 5 years
- C. 10 years
- D. 2 years
Explanation: **Correct Answer: Rest of life** - Following menopause, the ovaries cease to produce significant amounts of **estrogen** and **progesterone**. - This lack of negative feedback on the **hypothalamic-pituitary axis** leads to persistently elevated levels of **gonadotropins (FSH and LH)** throughout the remainder of a woman's life. - The **ovarian failure** and subsequent lack of estrogen production are irreversible, resulting in permanent elevation of gonadotropins. *Incorrect: 5 years* - While gonadotropin levels are high during this period, they do not normalize or significantly decrease after 5 years post-menopause. - The hormonal changes of menopause are permanent, not transient. *Incorrect: 10 years* - Similar to the 5-year period, gonadotropin levels remain elevated and do not revert to pre-menopausal levels after 10 years. - The physiological shift is permanent. *Incorrect: 2 years* - The initial years immediately following menopause (**perimenopause** and early post-menopause) are marked by significantly elevated gonadotropin levels. - However, these levels remain high indefinitely, indicating a permanent physiological shift, not a temporary elevation that resolves after only 2 years.
Question 8: Senile vaginitis is due to :
- A. Diabetes
- B. Gonococcal infection
- C. Oestrogen deficiency (Correct Answer)
- D. Cancer cervix
Explanation: ***Oestrogen deficiency*** - **Senile vaginitis**, also known as **atrophic vaginitis**, is primarily caused by **decreased oestrogen levels**, particularly after menopause. - Reduced oestrogen leads to thinning and drying of the vaginal walls, making them more susceptible to inflammation and infection. *Diabetes* - While uncontrolled **diabetes** can increase the risk of vaginal infections, such as **candidiasis**, it is not the direct cause of senile vaginitis itself. - Diabetic neuropathy can affect vaginal sensation, but does not cause the atrophic changes observed in senile vaginitis. *Gonococcal infection* - **Gonococcal infection** is a sexually transmitted infection that causes acute inflammation of the mucous membranes, but not the long-term atrophic changes seen in senile vaginitis. - It would present with purulent discharge and dysuria, which are distinct from the symptoms of senile vaginitis. *Cancer cervix* - **Cervical cancer** is a malignancy of the cervix and does not directly cause senile vaginitis. - While it can manifest with abnormal vaginal bleeding or discharge, these symptoms are typically due to the tumor itself and not the atrophic changes characteristic of senile vaginitis.
Question 9: In menopause, which of the following is seen:
- A. High FSH (Correct Answer)
- B. High progesterone
- C. High estrogen
- D. Low FSH
Explanation: ***High FSH*** - In **menopause**, the ovaries lose their ability to produce **estrogen** and **progesterone**, leading to a decline in their levels. - This decline in ovarian hormones removes the **negative feedback** on the **hypothalamus** and **anterior pituitary**, causing a compensatory increase in **gonadotropin-releasing hormone (GnRH)**, **follicle-stimulating hormone (FSH)**, and **luteinizing hormone (LH)**. *High progesterone* - **Progesterone** levels are typically **low** in menopause because the ovaries are no longer ovulating or producing the corpus luteum, which is the primary source of progesterone. - While progesterone is important in the normal menstrual cycle, its production ceases after the final menstrual period. *High estrogen* - **Estrogen** levels are generally **low** in menopause due to the cessation of ovarian follicular activity. - The decline in estrogen is responsible for many menopausal symptoms, such as hot flashes and vaginal dryness. *Low FSH* - **Low FSH** is typically seen in conditions where there is sufficient **estrogen** and **progesterone** exerting negative feedback on the pituitary, or in primary pituitary/hypothalamic dysfunction. - In menopause, the **lack of ovarian hormones** specifically causes FSH (and LH) levels to be significantly elevated.
Question 10: A 30-year-old housewife reports with 6 months amenorrhea. Her serum LH and FSH are high with low estradiol levels. What is the most likely cause of amenorrhea in this context?
- A. Premature menopause (Correct Answer)
- B. Polycystic ovarian disease
- C. Exercise induced
- D. Pituitary tumour
Explanation: ***Premature menopause*** - **High LH and FSH** with **low estradiol** levels indicate primary ovarian failure, where the ovaries are no longer responding to pituitary stimulation. - In a 30-year-old woman, this ovarian failure presenting as 6 months of amenorrhea is consistent with **premature menopause** (also known as premature ovarian insufficiency). *Polycystic ovarian disease* - Characterized by **high LH:FSH ratio** (typically LH higher than FSH) and **high estrogen** due to peripheral conversion of androgens, which is contrary to the low estradiol observed here. - Presents with features like **hirsutism**, acne, and menstrual irregularities, but typically not with primary ovarian failure. *Exercise induced* - **Exercise-induced amenorrhea** (hypothalamic amenorrhea) is characterized by **low or normal LH and FSH** and **low estradiol**, reflecting inadequate GnRH pulsatility from the hypothalamus, not primary ovarian failure. - This condition is a form of **secondary amenorrhea** due to a disruption in the hypothalamic-pituitary-ovarian axis, often seen in athletes or people with low body fat. *Pituitary tumour* - A **pituitary tumor** can cause amenorrhea by various mechanisms, such as secreting prolactin (prolactinoma) which **inhibits GnRH**, leading to **low LH, FSH, and estradiol**. - Alternatively, a large non-functional tumor might cause hypopituitarism, also resulting in **low gonadotropins and estradiol**, which contradicts the high LH and FSH seen in this patient.
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