Health Optimization Index
BAM15
- Nick’s assessment
- Experimental
- Research evidence
- D, early evidence
- Attention
- 6.6 / 100▲ Rising this week
BioHarmony score
BAM15 is an experimental mitochondrial uncoupler that reversed diet-induced obesity and insulin resistance in mice without raising body temperature, the effect that made 2,4-dinitrophenol lethal. It has never been tested in a single human, and is sold only as an unregulated research chemical.
Read the full report Benefits, risks and practical guidance.
Read Nick’s assessment Why it earned this rating
BAM15 is one of the most promising preclinical compounds in the metabolic field and one of the worst things a person could buy right now, and both statements come from the same fact. The science is excellent and none of it is in humans. The mechanism is real and cleverly engineered, the animal data is replicated across independent laboratories and multiple organ systems, and the safety improvement over DNP is a published distinction rather than a marketing line. But there is no human pharmacokinetic study, no dose-finding, no safety data, no approved supply, and a newer uncoupler that reviewers consider closer to the clinic. Score it as a compound to watch through its first human trial, not one to source from a research-chemical vendor and dose by guesswork. The 5.0 will move the moment a Phase 1 exists.
✅ Best for: Researchers, metabolic-disease scientists and clinicians who need a reference point for where mitochondrial uncouplers currently sit as a therapeutic strategy. People tracking the obesity and NASH pipelines who want to understand the mechanism that keeps drawing investment despite DNP's history. Anyone comparing next-generation uncouplers who needs the strongest-published example of the class as a benchmark. Writers and analysts covering the metabolic-rate space who want the honest state of the evidence rather than the vendor version.
❌ Avoid if: You are looking for a fat-loss compound to take, since no human has ever been dosed and no safe human dose exists. You would be buying research-chemical powder, which carries no purity guarantee, no dose verification and no recourse. You have any cardiac condition, since the uncoupler class carries a theoretical cardiac-strain concern never characterized in people. You are inclined to weight-scale a mouse dose to your own body, which is the guesswork that made older uncouplers deadly. You want an evidence-backed metabolic intervention today, in which case an approved option like metformin or a GLP-1 drug has human data BAM15 lacks.
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