The Menopause Biotype Test is a genetic testing service developed by Dr. Jennifer Berman, designed to provide you with personalized insights into how menopause may uniquely affect your body. This test will help you better identify and manage perimenopause and menopause symptoms as well as predict their severity. The Menopause Biotype will also assist you and your provider understanding your potential disease risks, and tailor treatment options based on your individual genetic profiles. What Is the Menopause Biotype Test? This at-home DNA test analyzes your genetic markers to determine your “menopause biotype.” The results offer insights into: • Symptom Prediction: Identifying potential symptoms such as hot flashes, mood swings, fatigue, and vaginal dryness, along with their possible severity. • Disease Risk Assessment: Evaluating risks for conditions like osteoporosis, cardiovascular disease, cognitive decline, and autoimmune disorders, which can be influenced by hormonal changes during menopause. • Treatment Personalization: Providing guidance on the most effective hormonal or non-hormonal therapies tailored to your genetic makeup. Dr. Berman emphasizes that menopause experiences vary widely among women, and understanding one’s unique biotype can lead to more effective and individualized care. How It Works The test is available for purchase through EndoDNA for $249.00 USD. Upon ordering, you’ll receive a DNA collection kit to use at home. After collecting your sample, you send it back to the lab for analysis. The results provide a comprehensive overview of your menopause biotype, which can be used to inform treatment decisions and lifestyle adjustments. Where to Buy You can purchase the Menopause Biotype Test directly from The Menopause Biotype Test is a genetic testing service developed by Dr. Jennifer Berman, designed to provide personalized insights into how menopause may uniquely affect your body. This test aims to help women anticipate symptom severity, assess disease risks, and tailor treatment options based on their individual genetic profiles.
