A peptide is just a short chain of amino acids — the same building blocks that make up proteins, only smaller. Your body makes thousands of them naturally. The ones people buy are lab-made copies of specific peptides that the research has studied for things like metabolism, recovery, and skin.
How they're used
Most research peptides come as a freeze-dried powder. You mix the powder with bacteriostatic water (reconstitution), draw a small dose into an insulin syringe, and inject it just under the skin. The dose is usually measured in milligrams or micrograms, and protocols typically involve starting low and increasing slowly (titration).
"Research-grade" — what it actually means
Research peptides are sold for research and laboratory use. They're not FDA-approved medicines, and brands (including us) don't make medical claims about treating disease. What you do with a research compound is your decision as an adult. We're transparent about exactly what we are: a fair, honest source for the molecule — not a clinic, not a doctor.
The five rookie mistakes
Spraying water directly onto the powder
Aim the bac water at the glass wall and let it run down. A hard stream onto the powder can damage the peptide. See the reconstitution guide.
Shaking the vial
Swirl gently. Shaking foams and can degrade the molecule.
Storing it wrong
Reconstituted peptides live in the fridge, never the freezer. See the storage guide.
Starting at a high dose
More is not better, especially with GLP-1s. Starting high is how you end up nauseous and miserable. The research protocols titrate up slowly for a reason.
Skipping the research and the doctor
Read the literature. Talk to a doctor — especially for the GLP-1 category. We're a source for the compound, not a substitute for medical judgment.
Where to go next
- What to buy — the supplies checklist
- How to reconstitute — turning powder into an injectable
- Injection 101 — where and how
- How to read a COA — verifying what's in your vial