One honest card for every peptide: dose, reconstitution, half life, frequency, cycle length, what it stacks with, what to avoid, and the safety picture. Every entry carries an evidence grade, so you can tell at a glance whether you are looking at an approved medication or a research chemical with animal data and forum reports behind it.
Most peptide resources present everything with the same confident tone, which makes an FDA approved drug and an untested compound look equally established. That is how people end up injecting things with no human safety data at all.
Every entry here is graded. A means approved or supported by strong randomised human trials. B means some human data or off label clinical use. C means promising animal work with thin or absent human trials. D means anecdote and theory. Semaglutide and PT-141 are A. BPC-157 and most of the popular research peptides are C. Some entries are D, and the database says so.
Typical dose range, injection frequency, route, half life, cycle length, mechanism, and regulatory status. Below that, what the compound stacks well with and what is redundant or risky to combine, plus specific safety flags for that compound.
Each card also includes a live reconstitution calculator preloaded with a sensible vial size and dose, so you can go straight from reading about a peptide to knowing how many units to draw. For a deeper dive on the mixing math itself, see the Peptide Reconstitution Calculator.
The database lists compounds that failed in trials or proved unsafe, clearly marked. Adipotide caused kidney toxicity in primate studies. ACE-031 had its human trials halted over vascular side effects. Knowing what to avoid is as useful as knowing what to use, and these compounds are still sold. For the two most searched healing peptides specifically, the BPC-157 & TB-500 Protocol Builder builds a full injury protocol, and the GH Peptide Pulse Optimiser times growth hormone peptides around your day.
The GLP-1 class, including semaglutide and tirzepatide, has extensive randomised trial data. Tesamorelin, bremelanotide and growth hormone are approved for specific indications. Most popular research peptides, including BPC-157 and TB-500, rest on animal studies and user reports rather than human trials.
Most are not approved for human use and are sold as research chemicals rather than medicines. Legal status varies considerably by country. This database lists regulatory status per compound, but you should confirm the rules where you live.
Look for independent third party testing with published certificates of analysis for the specific batch. Purity and correct identity are the whole safety question with research chemicals, and there is no regulator checking on your behalf.
Some combinations are genuinely synergistic, such as a GHRH analog with a GHRP. Others are redundant, like running two compounds from the same class, and some carry real risk together. Each database entry lists what it pairs with and what to avoid.
Once mixed with bacteriostatic water and refrigerated, most remain usable for several weeks, though stability varies by compound. Bacteriostatic water contains a preservative that allows multiple draws; sterile water does not and should not be used for multi-dose vials.
