Research articles on hormones from Health Optimize.
Anabolic resistance reduces muscle protein synthesis efficiency with age. This research overview covers the me…
Estrogen metabolizes through competing pathways with different health implications. This research overview cov…
Ipamorelin, CJC-1295, and GHRP-6 stimulate growth hormone release through different mechanisms. This research …
Senolytic compounds like dasatinib and quercetin target senescent cells. Explore the research on how clearing …
Epigenetic clocks like GrimAge and DunedinPACE measure biological aging rate. Learn what these tests reveal, h…
BPC-157 has been studied for intestinal permeability and gut repair. Review the current research on mechanisms…
Research compounds use different injection routes depending on the compound. Here's the pharmacokinetic differ…
A comprehensive research guide to health optimization — covering hormones, peptide research, longevity science…
Cortisol, testosterone, and growth hormone all follow circadian rhythms. Research shows light exposure and sle…
A research-focused breakdown of testosterone replacement therapy protocols, including dosing strategies, lab m…
Insulin resistance is the root of metabolic syndrome. Here's the mechanistic science of how it develops.
Chronic elevated cortisol damages health markers. Here's the evidence on lifestyle-based cortisol management.
GH secretion declines with age. Here's the research on what that means and what's being studied.
Bioidentical hormones are derived from plant sources but behave like endogenous hormones. Research overview.
Thyroid function affects metabolism, mood, and energy. Here's the research-based overview of thyroid optimizat…
Fat tissue produces hormones that regulate metabolism. Here's the research on adipokine signaling.
IGF-1 LR3 and DES are modified forms with different half-lives. Here's the research on how they differ.
Understanding your hormonal baseline is the first step in optimization. Here's what to test and how to read it…