NAMS Menopause
Certification Exam
2026Comprehensive Practice
Test latest !!!
Instructions: Choose the best answer for each question. The exam covers topics including the
STRAW+10 staging system, menopausal physiology, hormone therapy (HT), genitourinary syndrome of
menopause (GSM), osteoporosis, and special clinical considerations.
Section 1: Staging and Physiology
1. A 50-year-old woman reports that her menstrual cycles, which were previously regular, are now
consistently varying by 8 to 10 days in length. According to the STRAW+10 staging system, which stage
is she most likely in?
A. Late Reproductive Stage (-3a)
B. Early Menopause Transition (-2)
C. Late Menopause Transition (-1)
D. Early Postmenopause (+1a)
Answer: B. Early Menopause Transition (-2)
Rationale: The STRAW+10 system defines the early menopause transition (Stage -2) by a persistent
difference of 7 days or more in the length of consecutive cycles. The late transition (Stage -1) is
characterized by intervals of amenorrhea of 60 days or longer .
2. A 48-year-old woman with an intact uterus presents with a 75-day interval of amenorrhea followed
by spotting. She reports new-onset hot flashes. Which STRAW+10 stage is most appropriate?
A. Early Menopause Transition (-2)
B. Late Menopause Transition (-1)
C. Early Postmenopause (+1a)
D. Late Postmenopause (+2)
Answer: B. Late Menopause Transition (-1)
Rationale: The late menopause transition (Stage -1) is defined by an interval of amenorrhea of 60 days
or longer. Vasomotor symptoms (VMS) are common during this stage due to significant hormonal
fluctuations .
,3. What is the primary hormonal characteristic of the first year after the Final Menstrual Period
(FMP)?
A. Fluctuating, high estradiol levels
B. No significant progesterone production
C. Increased Inhibin B production
D. Stable, premenopausal levels of all hormones
Answer: B. No significant progesterone production
Rationale: With the cessation of ovulation after the FMP, the corpus luteum is no longer formed, leading
to an absence of progesterone production. Estrogen levels are low but not absent .
4. The "luteal out of phase event" (LOOP) helps explain which clinical phenomenon in the early
menopause transition?
A. The sudden onset of hot flashes
B. The occurrence of intermenstrual bleeding and elevated estrogen levels
C. The steady decline of Anti-Müllerian Hormone (AMH)
D. The increase in libido during the luteal phase
Answer: B. The occurrence of intermenstrual bleeding and elevated estrogen levels
Rationale: In the LOOP event, an elevated FSH level recruits an additional follicle, leading to a surge of
estradiol that is superimposed on the mid-to-late luteal phase. This can cause unpredictable bleeding
and paradoxically high estrogen states .
5. Which statement best describes the change in the hypothalamic-pituitary-ovarian (HPO) axis during
the menopause transition?
A. The pituitary gland becomes more sensitive to estrogen, suppressing FSH.
B. The HPO axis may become less sensitive to estrogen, leading to failed LH surges.
C. The hypothalamus increases GnRH pulsatility in response to rising progesterone.
D. The ovary becomes more sensitive to FSH, leading to multiple ovulations.
Answer: B. The HPO axis may become less sensitive to estrogen, leading to failed LH surges.
Rationale: As women approach menopause, it is theorized that the HPO axis becomes less sensitive to
estrogen. This means that even with adequate follicular development and estradiol secretion, the
positive feedback mechanism for an LH surge may fail, contributing to cycle irregularity .
6. A 42-year-old woman presents with 5 months of oligomenorrhea. Labs drawn on day 3 of a
spontaneous cycle show an FSH of 40 IU/L. A repeat FSH one month later is 45 IU/L. What is the most
likely diagnosis?
A. Early Menopause Transition
B. Primary Ovarian Insufficiency (POI)
C. Resistant Ovary Syndrome
D. Hypothalamic Amenorrhea
Answer: B. Primary Ovarian Insufficiency (POI)
Rationale: POI is defined as the loss of ovarian function before age 40. However, the diagnostic criteria
(oligomenorrhea/amenorrhea for at least 4 months and two FSH levels in the menopausal range, usually
>25 IU/L) can apply to women under 40. While this patient is 42, the presentation and labs are classic for
, premature ovarian aging/insufficiency, which is managed similarly to POI. The age cutoff for the term
"premature" is strictly 40, but the clinical picture is distinct from natural age-appropriate menopause .
7. What is the most common cause of anovulation and irregular cycles in the late menopause
transition?
A. A significant rise in progesterone
B. Depletion of ovarian follicles and failure of follicular development
C. Increased sensitivity of the endometrium to estrogen
D. Overproduction of Inhibin B by remaining follicles
Answer: B. Depletion of ovarian follicles and failure of follicular development
Rationale: As the ovarian reserve (follicles) diminishes, there are cycles where no follicle develops to the
point of ovulation, leading to anovulation, irregular cycles, and long periods of amenorrhea .
8. A 60-year-old woman, 8 years post-menopause, presents for a wellness visit. According to the
STRAW+10 system, she is in which stage?
A. Early Postmenopause (+1c)
B. Late Postmenopause (+2)
C. Late Menopause Transition (-1)
D. Involutional Stage
Answer: B. Late Postmenopause (+2)
Rationale: Stage +2 (late postmenopause) begins approximately 5-8 years after the FMP and continues
for the remainder of a woman's life. It is characterized by stable but very low levels of estrogen, and
somatic aging becomes the predominant feature .
9. In the late reproductive years (Stage -3b), which laboratory finding is typically the first to indicate a
decline in ovarian reserve?
A. Elevated FSH
B. Low Anti-Müllerian Hormone (AMH)
C. Low Estradiol
D. Elevated LH
Answer: B. Low Anti-Müllerian Hormone (AMH)
Rationale: AMH, produced by granulosa cells of antral follicles, declines first as the follicle pool
diminishes. FSH may still be normal in Stage -3b. It is the most sensitive marker of declining ovarian
reserve .
10. Why is checking an FSH level on a random day often not helpful for assessing menopausal status in
the transition?
A. FSH levels are always low and stable.
B. FSH levels are not related to ovarian function.
C. Fluctuating estradiol levels can suppress FSH, giving a falsely normal result.
D. FSH is only produced by the adrenal glands.
Answer: C. Fluctuating estradiol levels can suppress FSH, giving a falsely normal result.
Rationale: During the menopause transition, estradiol levels can fluctuate wildly. A high estradiol level
Certification Exam
2026Comprehensive Practice
Test latest !!!
Instructions: Choose the best answer for each question. The exam covers topics including the
STRAW+10 staging system, menopausal physiology, hormone therapy (HT), genitourinary syndrome of
menopause (GSM), osteoporosis, and special clinical considerations.
Section 1: Staging and Physiology
1. A 50-year-old woman reports that her menstrual cycles, which were previously regular, are now
consistently varying by 8 to 10 days in length. According to the STRAW+10 staging system, which stage
is she most likely in?
A. Late Reproductive Stage (-3a)
B. Early Menopause Transition (-2)
C. Late Menopause Transition (-1)
D. Early Postmenopause (+1a)
Answer: B. Early Menopause Transition (-2)
Rationale: The STRAW+10 system defines the early menopause transition (Stage -2) by a persistent
difference of 7 days or more in the length of consecutive cycles. The late transition (Stage -1) is
characterized by intervals of amenorrhea of 60 days or longer .
2. A 48-year-old woman with an intact uterus presents with a 75-day interval of amenorrhea followed
by spotting. She reports new-onset hot flashes. Which STRAW+10 stage is most appropriate?
A. Early Menopause Transition (-2)
B. Late Menopause Transition (-1)
C. Early Postmenopause (+1a)
D. Late Postmenopause (+2)
Answer: B. Late Menopause Transition (-1)
Rationale: The late menopause transition (Stage -1) is defined by an interval of amenorrhea of 60 days
or longer. Vasomotor symptoms (VMS) are common during this stage due to significant hormonal
fluctuations .
,3. What is the primary hormonal characteristic of the first year after the Final Menstrual Period
(FMP)?
A. Fluctuating, high estradiol levels
B. No significant progesterone production
C. Increased Inhibin B production
D. Stable, premenopausal levels of all hormones
Answer: B. No significant progesterone production
Rationale: With the cessation of ovulation after the FMP, the corpus luteum is no longer formed, leading
to an absence of progesterone production. Estrogen levels are low but not absent .
4. The "luteal out of phase event" (LOOP) helps explain which clinical phenomenon in the early
menopause transition?
A. The sudden onset of hot flashes
B. The occurrence of intermenstrual bleeding and elevated estrogen levels
C. The steady decline of Anti-Müllerian Hormone (AMH)
D. The increase in libido during the luteal phase
Answer: B. The occurrence of intermenstrual bleeding and elevated estrogen levels
Rationale: In the LOOP event, an elevated FSH level recruits an additional follicle, leading to a surge of
estradiol that is superimposed on the mid-to-late luteal phase. This can cause unpredictable bleeding
and paradoxically high estrogen states .
5. Which statement best describes the change in the hypothalamic-pituitary-ovarian (HPO) axis during
the menopause transition?
A. The pituitary gland becomes more sensitive to estrogen, suppressing FSH.
B. The HPO axis may become less sensitive to estrogen, leading to failed LH surges.
C. The hypothalamus increases GnRH pulsatility in response to rising progesterone.
D. The ovary becomes more sensitive to FSH, leading to multiple ovulations.
Answer: B. The HPO axis may become less sensitive to estrogen, leading to failed LH surges.
Rationale: As women approach menopause, it is theorized that the HPO axis becomes less sensitive to
estrogen. This means that even with adequate follicular development and estradiol secretion, the
positive feedback mechanism for an LH surge may fail, contributing to cycle irregularity .
6. A 42-year-old woman presents with 5 months of oligomenorrhea. Labs drawn on day 3 of a
spontaneous cycle show an FSH of 40 IU/L. A repeat FSH one month later is 45 IU/L. What is the most
likely diagnosis?
A. Early Menopause Transition
B. Primary Ovarian Insufficiency (POI)
C. Resistant Ovary Syndrome
D. Hypothalamic Amenorrhea
Answer: B. Primary Ovarian Insufficiency (POI)
Rationale: POI is defined as the loss of ovarian function before age 40. However, the diagnostic criteria
(oligomenorrhea/amenorrhea for at least 4 months and two FSH levels in the menopausal range, usually
>25 IU/L) can apply to women under 40. While this patient is 42, the presentation and labs are classic for
, premature ovarian aging/insufficiency, which is managed similarly to POI. The age cutoff for the term
"premature" is strictly 40, but the clinical picture is distinct from natural age-appropriate menopause .
7. What is the most common cause of anovulation and irregular cycles in the late menopause
transition?
A. A significant rise in progesterone
B. Depletion of ovarian follicles and failure of follicular development
C. Increased sensitivity of the endometrium to estrogen
D. Overproduction of Inhibin B by remaining follicles
Answer: B. Depletion of ovarian follicles and failure of follicular development
Rationale: As the ovarian reserve (follicles) diminishes, there are cycles where no follicle develops to the
point of ovulation, leading to anovulation, irregular cycles, and long periods of amenorrhea .
8. A 60-year-old woman, 8 years post-menopause, presents for a wellness visit. According to the
STRAW+10 system, she is in which stage?
A. Early Postmenopause (+1c)
B. Late Postmenopause (+2)
C. Late Menopause Transition (-1)
D. Involutional Stage
Answer: B. Late Postmenopause (+2)
Rationale: Stage +2 (late postmenopause) begins approximately 5-8 years after the FMP and continues
for the remainder of a woman's life. It is characterized by stable but very low levels of estrogen, and
somatic aging becomes the predominant feature .
9. In the late reproductive years (Stage -3b), which laboratory finding is typically the first to indicate a
decline in ovarian reserve?
A. Elevated FSH
B. Low Anti-Müllerian Hormone (AMH)
C. Low Estradiol
D. Elevated LH
Answer: B. Low Anti-Müllerian Hormone (AMH)
Rationale: AMH, produced by granulosa cells of antral follicles, declines first as the follicle pool
diminishes. FSH may still be normal in Stage -3b. It is the most sensitive marker of declining ovarian
reserve .
10. Why is checking an FSH level on a random day often not helpful for assessing menopausal status in
the transition?
A. FSH levels are always low and stable.
B. FSH levels are not related to ovarian function.
C. Fluctuating estradiol levels can suppress FSH, giving a falsely normal result.
D. FSH is only produced by the adrenal glands.
Answer: C. Fluctuating estradiol levels can suppress FSH, giving a falsely normal result.
Rationale: During the menopause transition, estradiol levels can fluctuate wildly. A high estradiol level
