Hormone Health Hub: Expert Insights on Testing, Balance & Better Living — thyroid imbalance symptoms
Thyroid Health: The Hidden Driver of Energy, Metabolism and Wellbeing
Publié par Behcet Bicakci le
Discover how thyroid imbalances affect energy, metabolism, weight, and mood. Learn key symptoms of hypothyroidism and hyperthyroidism, and understand which thyroid markers help identify underlying issues for better health and wellbeing.
Connection Between Hormones and Hair Loss
Publié par Ben White le
Thinning hair is more than a cosmetic concern — it is often a signal of something happening internally. From stress and cortisol to menopause, thyroid dysfunction, PCOS and nutritional deficiencies, hormones play a central role in hair health. Dr. Kate Placzek breaks down the science behind hormonal hair loss and what you can do about it.
My Thyroid Story
Publié par Ben White le
At 24, Dr. Kate Placzek was sleeping 16 hours a day and barely functioning — yet her standard blood tests came back normal. It took a TSH result in the mid-thirties to finally explain her debilitating fatigue. In this candid personal account, she shares her thyroid diagnosis, what she learned about optimal TSH levels, and why testing beyond TSH alone can make all the difference.
Part 2-Clearing up the Confusion about Reverse T3: The Role of Reverse T3 in Thyroid Assessment
Publié par Ben White le
Reverse T3 (rT3) is one of the most misunderstood markers in thyroid testing. Often called the “hibernation hormone,” it is frequently claimed — without scientific basis — to block thyroid receptors and slow metabolism. In Part 2 of this series, Margaret Groves of ZRT Laboratory examines what the peer-reviewed literature actually says about rT3, when elevated levels are clinically meaningful, and how to interpret the T3/rT3 ratio in the context of a comprehensive thyroid assessment.
Part 1-Clearing up Confusion about Reverse T3: The Deiodinases & Thyroid Hormone Bioavailability
Publié par Ben White le
Thyroid symptoms can persist even when thyroxine (T4) levels appear normal — because thyroid function is profoundly affected by anything that disrupts the conversion of T4 to the active hormone T3 at the cellular level. In Part 1 of this two-part series, Margaret Groves of ZRT Laboratory explains the three deiodinase enzymes (D1, D2 and D3) that act as gatekeepers to intracellular thyroid hormone bioavailability, what affects circulating levels of T3 and reverse T3, and why selenium, iodine and inflammatory conditions all play a critical role.