Research areas
Accessories
The part nobody photographs, and the one that decides whether the rest of the vial survives.
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What this area studies
Reconstitution is where a lyophilised peptide stops being a stable powder and starts being a solution with a shelf life.
The choice of diluent is not cosmetic: bacteriostatic water differs from sterile water in that it contains a preservative, which is what allows a vial to be entered more than once without the contents being compromised.
How much you add is a separate decision, and it changes every number downstream — which is what our calculator is for.
Three facts
×1
Sterile water is single-entry
Without a preservative, a vial of sterile water is intended for one use. That single difference is why bacteriostatic water exists as its own product.
10 ml
The volume decides the reading
The same 10 mg vial reads 10 units on the syringe with 1 ml of water and 100 units with 10 ml. Same peptide, same vial — a tenfold difference in what you see.
U-100
The marks are not millilitres
An insulin syringe is graduated in U-100 units: 100 units equal 1 ml. A 0.3 ml syringe carries the same marks, it just stops at 30.
How this material is handled
Store at room temperature, protected from light. Once a peptide is reconstituted, refrigerate the solution at 2–8 °C. Our reconstitution calculator converts the numbers you enter — it does not recommend an amount.
Open the calculator →The literature, at its source
Human clinical trials per compound, live from PubMed. Not a selection of ours: what is published today, favourable or not.
This is a laboratory supply, not a research compound: it has no literature of its own.
It converts the numbers you enter. We are unable to provide dosing information, usage advice or personal guidance on any product.