Fluoxymesterone Research OverviewFluoxymesterone is a synthetic 17α-methylated anabolic androgenic steroid structurally derived from testosterone with potent androgenic activity. This oral steroid compound features a fluorine substitution at the 9α position and methylation at C17α, modifications that enhance its androgenic potency and oral bioavailability in research models. Scientists at steroidsshopuk.co.uk supply this compound exclusively for controlled laboratory investigations examining steroid hormone pathways and receptor binding mechanisms.Laboratory Research ApplicationsResearchers investigate fluoxymesterone’s interactions with androgen receptors in cellular studies, examining its high androgenic to anabolic ratio compared to other steroids. The compound demonstrates significant binding affinity to androgen receptors while showing minimal aromatisation to estrogen in biochemical assays. Studies focus on its role in hepatic protein synthesis modulation and its effects on erythropoiesis in haematological research models. Scientists studying fluoxymesterone compounds often compare its androgenic activity profile against other synthetic steroids for comprehensive hormonal pathway analysis.Technical SpecificationsFluoxymesterone Research Compound SpecificationsPropertyValueCAS Number76-43-7Molecular FormulaC₂₀H₂₉FO₃Molecular Weight336.44 g/molFormOral tabletManufacturerAstera LabsStorageRoom temperature, dry environmentResearchers studying steroid biochemistry often examine fluoxymesterone alongside other research compounds available through our SARMs collection and peptide research chemicals for comparative hormonal studies and receptor selectivity investigations.Research Compliance InformationThis fluoxymesterone product is manufactured by Astera Labs specifically for in-vitro laboratory research purposes only. The compound must not be used for human consumption, clinical applications, or any purpose outside controlled scientific investigation. Researchers must follow institutional guidelines for handling synthetic steroid compounds and maintain proper laboratory safety protocols during all experimental procedures.
