A precise, no-fluff reference for researchers. Reconstitution math, syringe-unit conversions, and 80+ documented protocols — sourced from peer-reviewed studies, not forums.
Each entry includes a quickstart card with dose, route, and frequency, full reconstitution math, syringe-unit tables, and a citation list linked to primary sources.
A 15-amino-acid gastric peptide studied for cytoprotective and tissue-healing properties. Subcutaneous, daily, with gradual titration.
High-dose blend pairing two of the most-studied tissue-support peptides. Complementary mechanisms for accelerated musculoskeletal repair.
Triple-agonist GLP-1 / GIP / glucagon receptor peptide. Phase 2 trials reported up to 24% body weight reduction at 48 weeks.
GHRH analog paired with a selective GH secretagogue for synergistic, pulsatile growth-hormone release.
Active compound in clinical GLP-1 therapies. Comprehensive weekly titration schedule with full reconstitution math.
Synthetic tetrapeptide (Ala-Glu-Asp-Gly) studied for telomere extension, pineal regulation, and longevity biomarkers.
Protocols are organized by primary mechanism class so you can compare related peptides side-by-side.
BPC-157, TB-500, and related peptides studied for wound healing, tendon repair, and anti-inflammatory effects.
12 protocols →GHRH analogs, GHRPs, and ghrelin mimetics that stimulate endogenous growth hormone release.
18 protocols →GLP-1, GIP, and glucagon receptor agonists studied for metabolic regulation and body composition.
14 protocols →Short-chain regulatory peptides — Epitalon, Cartalax, Cortagen — studied for aging biomarkers.
10 protocols →GHK-Cu, Melanotan II, and collagen-stimulating peptides researched for skin quality and pigmentation.
8 protocols →HCG, PT-141, Kisspeptin, Gonadorelin protocols covering reproductive and hormonal pathways.
9 protocols →Cerebrolysin, Adamax, Semax, and Selank studied for neuroprotection and cognitive function.
7 protocols →Pre-combined multi-peptide formulations with synergistic mechanism profiles and shared reconstitution.
15 protocols →Most peptide dosing data lives on forums, in clinic marketing, or on unsourced blogs. Every protocol on this site traces back to peer-reviewed literature — with primary citations linked so you can verify everything yourself.
Dosing data is drawn from published academic studies, clinical trials, and pharmacokinetic research. No anecdote, no forum extrapolation.
This site does not promote, recommend, or link to peptide vendors. No affiliate codes, no paid placements, no sponsored content.
Every protocol includes full reconstitution calculations, syringe-unit conversions, and supply-planning tables. No ambiguity in the numbers.
Every factual claim is followed by a direct citation to the original journal article, clinical trial registration, or regulatory document.
Enter peptide amount and BAC water — get exact volume per dose, syringe units, and total doses available from the vial.
// for educational research purposes only
The mechanics every researcher needs before working with a peptide: handling, math, measurement, storage.
What peptides are, how they work, major categories, handling basics, measurement systems, and how to read protocols on this site.
02 / GUIDEStep-by-step reconstitution process, BAC water selection, concentration math, and worked examples across vial sizes.
03 / GUIDEHow to read U-100, U-50, and U-20 syringes. IU vs mg vs mcg vs syringe units fully explained with visuals.
04 / GUIDELyophilized vs reconstituted storage, temperature ranges, light and moisture protection, and shelf-life expectations.
05 / GUIDESubcutaneous best practices: needle angle, site rotation, aseptic technique, and disposal — drawn from clinical guidelines.
06 / GUIDEPlain-language definitions for half-life, bioavailability, lyophilization, agonist, secretagogue — and 80+ more terms.