Hormone Health Hub: Expert Insights on Testing, Balance & Better Living — Bromine Toxicity

Heavy metal exposure can have detrimental effects on a child's development and overall health. However, with the advent of Heavy Metals Testing Kits, parents now have a convenient and accurate method to assess heavy metal levels in their children's bodies. These testing kits utilize dried blood spots and dried urine spots, offering a comprehensive solution to evaluate exposure to a range of toxic heavy metals. In this article, we will explore the benefits of heavy metals testing for children, focusing on the 14 essential elements tested through the Heavy Metals Testing (Comprehensive Toxic and Essential Elements) Profile. Detection of Toxic...

Iodine deficiency is more common than many realise. This guide walks through how to assess iodine status using dietary recall, symptom profiling, and a three-part laboratory panel — including thyroid function, thyroglobulin, and urinary iodine and bromine testing.

Once iodine deficiency is confirmed through laboratory assessment, choosing the right supplement form is critical. This guide explains the difference between iodide and molecular iodine, how to dose safely, what to consider with Hashimoto's, and how to monitor your progress with at-home hormone testing.

What do heavy metals, neurotransmitters and hormone imbalances have in common? In this detailed case study, Dr. Kate Placzek examines Loretta — a 62-year-old postmenopausal woman with breast cancer — and shows how comprehensive testing can reveal the complex biochemical picture behind a cancer diagnosis. A compelling read for anyone interested in the role of hormones and toxic exposure in breast health.

Bromine has long been considered a non-essential trace element — but groundbreaking research published in Cell suggests it may be the 28th essential element required for collagen IV formation and connective tissue development. This article explores the science behind bromine’s newly discovered role, its toxicity risks (bromism), its interactions with iodine and thyroid function, and why measuring bromine alongside other elements may be clinically relevant.