AMH Test: Predicting Ovarian Reserve and Fertility Potential

Higher AMH levels correlate with increased ovarian egg reserve, offering a stable measure for fertility assessment. Produced by ovarian follicular cells, AMH levels above 1 ng/mL are associated with optimal egg count and quality. Unlike FSH, AMH remains consistent throughout the menstrual cycle, enabling accurate testing at any time.

---

Key Takeaways

AMH Testing: A Key Component of Comprehensive Fertility Assessments

AMH evaluation is now standard alongside antral follicle count (AFC), FSH, and LH blood tests. It provides critical data about ovarian egg quantity, guiding treatment decisions for IVF, egg freezing, or other interventions.

AMH vs. FSH: Why AMH Provides More Reliable Fertility Insights

Unlike fluctuating FSH levels, AMH remains stable across menstrual cycles. This consistency allows for accurate ovarian reserve assessment regardless of testing timing, improving diagnostic reliability.

Age and Ovarian Reserve: Understanding the AMH Connection

While AMH predicts egg quantity, age directly impacts egg quality. A young woman with low AMH may still have high-quality eggs, but older women with low AMH face accelerated fertility decline due to combined age-related factors.

Using AMH to Guide Egg Freezing Decisions

AMH levels help estimate potential egg retrieval yields during egg freezing. Women with AMH above 1 ng/mL may freeze more eggs, while those with lower levels might prioritize earlier preservation despite individual variability.

AMH Test Timing: Why It Can Be Performed Any Day of the Cycle

AMH levels don’t fluctuate with ovulation or menstrual phases. This eliminates the need for strict timing, making it accessible for patients to schedule testing without cycle-specific constraints.

---

Source: Read full article