Handling & Stability
Reconstitution, storage, and stability — for laboratory settings, not human use.
Laboratory guidance on reconstituting lyophilized research peptides: choosing a diluent, gentle technique to avoid degradation, and concentration considerations. RUO.
Laboratory storage of research peptides: lyophilized vs reconstituted, temperature ranges, freeze-thaw cycles, light and moisture, and cold chain. RUO.
The chemistry of peptide degradation: hydrolysis, oxidation, deamidation, and how pH, temperature, and lyophilization affect research-peptide stability. RUO.
How bacteriostatic water (sterile water + 0.9% benzyl alcohol) works as a peptide reconstitution solvent in the lab, compared with sterile water, saline, and acetic acid.
A research-framed guide to peptide half-life: why native peptides clear in minutes, the proteolysis and renal mechanisms behind it, and how acylation, D-amino acids, cyclization, and PEGylation extend it.