Everything for one peptide question in one place — compound guides, reconstitution math, and testing education, with human, animal, and community-reported research labeled separately. Research and education only.
Instant downloads: Beginner's Guide + COA Guide + Safety Guide + Travel Guide
The toolkit
Three numbers — how much peptide is in the vial, how much diluent you add, and the dose you are studying. You get the concentration, the volume to draw, and the units.
Total peptide in the vial, as printed on the label or COA.
Bacteriostatic water you add to the vial.
A calculation input from your research reference — never a suggested dose.
Units are shown for a U-100 syringe — 100 units per mL, the standard for research use. The volume in mL is the same on any syringe; only the markings differ.
5 mg ÷ 2 mL = 2.50 mg/mL · 0.5 mg ÷ 2.50 mg/mL = 0.200 mL
About this peptide dosage calculator: enter your vial amount (mg), diluent volume, and target dose to get your reconstitution concentration in mg/mL and mcg/mL, the volume per dose in mL and units on a U-100 syringe, and total doses per vial. Research calculation tool — it does not recommend doses or establish suitability for human use.
Interactive tools that organize the research — every result links back to primary sources.
Plain-language research guides on the compounds and questions people ask about most.
The idea behind using SS-31 before MOTS-c sounds straightforward: support mitochondrial function before changing metabolic signaling. Here is where that theory comes from—and what remains unproven.
A peptide dosage chart is only useful when you know where the numbers came from. Compare 50 peptides and blends with published research, formulation notes, and clear evidence gaps.
A practical guide to flying with peptide medications, packing supplies, managing temperature and checking international travel requirements.
New to peptide research? Start with What are peptides?, How to reconstitute peptides or How to read a COA.
A Reddit comment and a randomized human trial are not the same level of evidence. Every guide here separates them, labels them, and links to the source.
Weaker evidence isn't worthless — it's just less certain, and you deserve to know which kind you're reading before you act on it.
