Plain-English guides to the science of research compounds. Written for Australian researchers, biohackers and longevity enthusiasts. All content is for educational and research purposes only.
Milligrams to micrograms to insulin-syringe units. The single most common research mistake. Here’s the math, with worked examples for the most-used research compounds.
Read the guideGHK-Cu has a strong mechanistic story for hair — matrix support, angiogenesis, possible 5AR inhibition. Here’s what the published literature establishes.
Read the guideOften confused, often stacked, rarely the same. Selank is built for anxiety; Semax is built for cognition. Here’s what the literature actually shows.
Read the guideDual agonist vs triple agonist. Both research compounds are reshaping the metabolic field — but the 2025 trial data tells a clear story about which is more potent.
Read the guideReconstitution is the most error-prone step in research compound work. Here’s how to do it correctly from scratch — with the math, the gear, and the common mistakes.
Read the guideThe most-discussed recovery stack in the field. Two different mechanisms, overlapping tissue-repair pathways. Here’s what the published data actually supports.
Read the guideOne of the few GHRH analogues with full Phase 3 clinical data. Here’s how it works, what the trials showed, and how it compares to CJC-1295 and sermorelin.
Read the guideMT-2 is one of the most frequently searched research compounds in Australia. Here’s the mechanism, the half-life, the side-effect profile and how it compares to PT-141.
Read the guideGHK-Cu is one of the most extensively studied copper-binding research compounds in the literature. Here’s what the research actually says — without the hype.
Read the guideMOTS-C is a 16-amino-acid research compound encoded inside the mitochondrial genome — and it’s become one of the most discussed longevity research compounds of the past decade.
Read the guideResearch compounds are sensitive proteins — proper storage protects the integrity of your research. Here’s a no-nonsense Australian guide to keeping them stable.
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