How research peptides are made, tested and studied in the lab, explained clearly and backed by peer-reviewed citations.
Most people researching peptides face the same frustrations
68 pages, 11 chapters, referenced to the original peer-reviewed papers.
What peptides are, how they're made, and the cell-biology concepts the rest of the guide builds on.
How one peptide was designed to act on GLP-1, GIP and glucagon receptors, and what the published research covers.
GLP-1 · GIP · glucagon
A 16-amino-acid peptide encoded in mitochondrial DNA, and what cell-based research has studied about it.
16 amino acids
A copper-binding tripeptide studied in gene-expression and cell-culture research.
Tripeptide + copper
The structure of each peptide and the laboratory research areas where they appear.
Structure & research areas
How GHRH analogues and ghrelin-receptor agonists differ, and how researchers study them.
GHRH & ghrelin receptors
The coenzyme behind hundreds of enzymatic reactions, and its place in metabolic research.
Redox chemistry
Side-by-side tables of structure, receptor targets and published research for each compound.
Comparison tables
Chromatography, mass spectrometry and lot numbers: what a complete lab report shows and how to check it.
Verification guide
Two more peptides from the research literature: their structure, where they came from, and how laboratories study them.
Structure & research areasKey facts in the guide are referenced to the original peer-reviewed papers, so you can read the source yourself.
The Peptide Blueprint
A research guide from PeptideSupply.us
Professionally designed, research-grade content you'll reference again and again
68 pages of plain-language peptide science, referenced to the original peer-reviewed papers.
Enter your email for instant access
No spam. Unsubscribe anytime.
Key facts referenced to peer-reviewed papers
Just science explained clearly enough to understand
PDF delivered immediately to your inbox
Quality verification guide included