Metabolism
Appetite, glucose regulation, insulin signaling, and energy balance.
GLP-1 • GIP • glucagon • amylinTHE BEGINNER’S PLAYBOOK
Understand the language, pathways, evidence, and research status behind peptides—one clear concept at a time.
NEWNot sure where to start? Take the 2-minute guide path quiz →For educational purposes only. Not medical advice, diagnosis, treatment, or prescribing guidance. Research and regulatory information can change over time.
START HERE
A useful mental model: amino acids are letters, peptides are short messages, and proteins are longer instructions.
A peptide is a short chain of amino acids. Many peptides act like biological messages, interacting with receptors or pathways and influencing what happens next.
Different amino-acid sequences have different shapes and can interact with different biological targets.
“Peptide” is a broad category—not a guarantee that every compound has the same safety, approval, or research profile.
For educational purposes only. Not medical advice, diagnosis, treatment, or prescribing guidance. Research and regulatory information can change over time.
THE LANDSCAPE
Researchers group compounds by the systems and pathways they study—not simply by the outcomes promoted online.
Appetite, glucose regulation, insulin signaling, and energy balance.
GLP-1 • GIP • glucagon • amylinTissue signaling, inflammation, remodeling, and repair research.
BPC-157 • TB-500 • KPVMitochondrial function, metabolic flexibility, and cellular stress.
MOTS-C • SS-31 • NAD+Growth hormone release and downstream IGF-1 signaling.
Tesamorelin • CJC-1295 • IpamorelinNeuropeptide signaling, stress, cognition, and sleep research.
Selank • Semax • DSIPCollagen signaling, tissue remodeling, and cosmetic research.
GHK-Cu • blendsNEW ON PEP GUIDE
The three formulas, worked examples, a blend calculator, and mixing and storage basics.
Cagrilintide, CagriSema, and eloralintide, plus how GLP-1 dose escalation works.
How to tell an FDA-labeled dose from a number that just gets repeated online.