Cellular Signaling
This category collects compounds whose research interest lies in intracellular signalling rather than in a single receptor: mitochondrial-derived peptides acting on metabolic-stress pathways, tetrapeptides examined for telomerase expression, copper-complexed tripeptides studied in matrix gene regulation, and small-molecule enzyme inhibitors that intersect the NAD salvage pathway.
They are grouped by the level at which they act, not by structure.
Laboratory research use only. Not for human or veterinary use.
CompareChoosing between these
What separates each of these from the others in the class.
- MOTS-c 10 mg
Encoded in mitochondrial DNA rather than the nucleus — the only compound here originating outside the nuclear genome. Work involving it centres on AMPK and metabolic-stress signalling.
Certificate of analysis → - KLOW Blend 80 mg
Four components: BPC-157, thymosin β4, GHK-Cu and KPV. The broadest preparation here, and correspondingly the hardest to attribute any single observation to one component.
Certificate of analysis → - GHK-Cu 50 mg / 100 mg
The only copper complex in this class. Chosen where the question involves copper transport or extracellular-matrix gene expression rather than a signalling cascade.
Certificate of analysis → - Epithalon 50 mg
Four residues, the shortest sequence here. Associated with telomerase-expression work and the pineal peptide literature.
Certificate of analysis → - 5-Amino-1MQ 10 mg
Not a peptide at all — a small-molecule quinolinium. The choice when the target is the NNMT enzyme itself rather than a receptor or pathway.
Certificate of analysis →
Handling: reconstitution storage and stability checking a certificate is genuine
