What the peptide finder does
The peptide finder matches a research goal to the compounds most studied for it. Answer a short set of questions — the research area, such as fat loss, healing, cognition, longevity or performance, plus a couple of preferences — and it narrows a large catalogue down to the handful of peptides worth shortlisting for that objective. It is built for researchers who know the outcome they want to study but are still deciding which molecule to order.
How to use the peptide finder
The tool works in two quick steps:
- Pick a research area — choose the outcome you are studying, from fat loss to tissue repair to longevity.
- Answer the follow-up prompts — a few questions refine the shortlist to the compounds that fit your design.
Research Companion
Research Peptide Finder
Answer two questions for a grounded, research-use-only profile: what it is, the animal-vs-human data gap, safety, and links to published studies. Informed by current peptide science.
Why start with the peptide finder
Choosing a compound is the first real decision in a study, and the wrong starting point wastes both time and material. It shortcuts that by mapping goals to the peptides with the strongest research history — pointing you toward the right category rather than a single guess. Every peptide it surfaces is verified to ≥99% purity, third-party tested by Janoshik Labs, and shipped from within Canada, and the underlying compound classes are documented in the peer-reviewed literature.
Peptide finder FAQ
Is the peptide finder free?
Yes. It is free, needs no account, and runs in your browser. It is provided for laboratory research and educational use.
How does the peptide finder choose compounds?
It maps each research area to the peptides most studied for it, then filters by your answers. It surfaces options to consider — it does not prescribe a protocol.
Can the peptide finder recommend a dose?
No. It helps you shortlist compounds; it does not provide dosing. All products are supplied for research use only, not for human consumption.
What should I do after using the peptide finder?
Once it has shortlisted a compound, its product page links its research profile, purity data and certificate of analysis, and the BAC water calculator handles reconstitution before a vial is opened.
What each research area covers
Behind the tool is the same catalogue Canadian labs order from every day. Fat-loss and metabolic work centres on the incretins — semaglutide, tirzepatide and retatrutide — alongside cagrilintide and MOTS-C. Tissue-repair studies lean on BPC-157, TB-500 and GHK-Cu. Cognitive research is built around Semax and Selank, while the growth-hormone axis is studied through CJC-1295, Ipamorelin, Tesamorelin and Sermorelin. Longevity work maps onto NAD+, Epithalon and GHK-Cu. Matching a goal to the right family first is what keeps a study focused, and it is exactly the step the peptide finder is designed to shorten.
Which peptides appear most often?
BPC-157, semaglutide, tirzepatide and TB-500 are among the most-ordered compounds, but the right choice depends entirely on the endpoint being studied — which is why starting from the research goal, rather than the molecule, produces a cleaner shortlist.
Are the matched peptides in stock in Canada?
Most are held in stock and dispatched from within Canada, so orders arrive in days without customs delays. Each product page shows live availability, purity data and its certificate of analysis, and the BAC water calculator handles reconstitution once a compound is chosen.