Literature overviews and laboratory reference guides. Written for research use only — no health claims, no dosing guidance for human use.
A practical guide to verifying purity, identity, and third-party test results before using a research compound.
Retention time, the main peak, impurity peaks, and what an area-percent purity figure can and cannot tell you.
Water selection, mixing technique, temperature, light exposure, and shelf-life for reconstituted research compounds.
A literature overview of NAD+ research — mitochondrial energy metabolism, DNA repair, and sirtuin-linked cellular aging — with cited primary studies.
Mechanism, preclinical findings, and published clinical trial data on triple receptor agonist research.
A literature overview of BPC-157 and thymosin beta-4 (TB-500) research: angiogenesis, muscle-tendon healing, and wound repair mechanisms in animal models.
What cell-culture, rat wound-model and structural studies report about the copper-binding tripeptide GHK-Cu, and at what level of evidence.
What cell and mouse studies report about MOTS-c, a 16-amino-acid peptide encoded in mitochondrial DNA, and what the human data do and do not measure.
Their shared Pro-Gly-Pro design, and what rat and mouse studies report on BDNF and gene expression, with a note on who did the research.
Why peptides are freeze-dried, which reactions still degrade the dry powder, what drives them, and how to handle a sealed vial.
Plain definitions of the terms on a Certificate of Analysis and in lab handling: HPLC, purity, mass spectrometry, net content, lyophilization and more.
HPLC-UV purity and LC-MS identity for 19 ROVIQ lots, as reported by Freedom Diagnostics, with the lot number, accession number and full COA for each.
How to check that a Certificate of Analysis is authentic and describes your lot: find the lab yourself, use its report lookup, match the lot, and know the red flags.
Peptide chemistry in plain terms: amino acids, the peptide bond, peptides versus proteins, how sequences are written, and how research peptides are made.
