Perimenopause is a natural transition marked by fluctuating estrogen levels that can trigger hot flashes, mood changes, sleep disturbances, weight gain, and cognitive shifts. Understanding how estrogen supports the heart, bones, brain, and emotional well-being is essential for managing symptoms effectively. This article explores estrogen’s vital role, the science behind perimenopausal changes, treatment options including HRT and non-hormonal approaches, and the cultural history shaping how women experience menopause today. Convenient at-home hormone testing can also provide valuable insight and empower women to take control of their health during this transformative stage.
Blog — perimenopause support
Understanding Female Hormone Profiles: A Comprehensive Guide for Providers and Patients
Posted by Behcet Bicakci on
Female hormone profiling evaluates key reproductive, adrenal, and thyroid hormones together to reveal patterns that single tests may miss. By analyzing hormone balance through saliva or blood spot panels, clinicians and patients gain clearer insight into symptoms such as irregular cycles, fatigue, mood changes, fertility concerns, and menopause transitions—supporting more personalized and effective care.
PATIENT GLOSSARY
Posted by Behcet Bicakci on
A comprehensive guide to understanding hormone health—from adrenal function and thyroid balance to menopause, andropause, metabolism, and reproductive wellness. Learn how hormonal imbalances develop, how they affect energy, mood, weight, and overall wellbeing, and how modern testing methods like saliva, blood spot, and bioidentical therapies can support personalised health and long-term vitality.
The Estrobolome: How Your Gut Shapes Hormonal Health
Posted by Behcet Bicakci on
The human microbiome and the endocrine system are deeply interconnected, engaging in a complex two-way conversation that influences everything from mood to metabolism. One of the most fascinating areas of this interaction centers on estrogen and the gut—a relationship governed by what’s now known as the estrobolome.