The questions people actually have when they're starting peptide therapy. Answered straight, with sources where they matter.
86 compounds in plain English — what each one is, how it works, and what the research actually says. Tap a name.
Nothing by that name yet. Browse the full database →
Open the full database with pictures and summaries →BAC water, the vacuum trick, and mixing until clear — the first-timer's walkthrough.
Read → GuideMilligrams, milliliters, and insulin-syringe units — demystified with worked examples.
Read → ToolVial size and water in, exact units-to-draw out. No arithmetic at the counter.
Open → AppTrack doses, vials, supplies and streaks — free, on your phone, works offline.
Get it → TrustWhat we test, how we store, and the paperwork that proves every claim.
Read → StoryThe founder's own bloodwork, before and after. The receipts behind the brand.
Read → EvidenceWe searched every scientific index and chemical registry we could reach for FLGR-242 and found zero records — then read the vendor certificates offered instead. Three came from one lab, and they name two different compounds.
Read → EvidenceMID-35 is a real, well-characterised myostatin peptide — and its entire evidence base is mouse muscle. What is published, and the three things that never have been.
Read → GuideThe one-ingredient difference between the two diluents, the 28-day multi-dose window, and when preservative-free is required.
Read → GuideWhat each field on a peptide COA proves — and why a 99% purity figure tells you nothing about how much is in the vial.
Read → GuideHow to read a U-100 insulin syringe: barrel sizes, graduations, dead space, the U-40 mismatch, and the half-unit precision floor.
Read → GuideThe real shelf life of a peptide before and after mixing — temperatures by state, the 28-day rule, light, and travel.
Read → Study1,847 peptide COAs: 84.7% of vials measured over their labeled mg, median 6.9%. Why it happens and what it does to your dose.
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