Peptide Mechanisms
Explore how peptides work — educational pages grouping peptides by the receptors, families, and pathways they act on.
Growth Hormone Secretagogues
Peptides that stimulate growth-hormone release — either by mimicking GHRH (signaling the pituitary) or ghrelin (amplifying that signal).
0 peptides · ExploreGLP-1 Receptor Agonists
Peptides (and peptide-mimetics) that activate the GLP-1 receptor to regulate appetite, glucose, and gastric emptying.
0 peptides · ExploreGIP Agonists
Peptides that activate the GIP receptor, often combined with GLP-1 agonism in dual and triple incretin agonists.
0 peptides · ExploreGlucagon Agonists
Peptides that activate the glucagon receptor, often combined with GLP-1 and GIP agonism.
0 peptides · ExploreCopper Peptides
Copper-binding peptides studied for collagen stimulation, skin remodeling, wound healing, and hair-follicle support.
0 peptides · ExploreMelanocortin Agonists
Peptides acting on melanocortin receptors, studied for pigmentation, sexual function, and anti-inflammatory signaling.
0 peptides · ExploreThymosin Peptides
Thymosin-family peptides studied for tissue repair, cell migration, and immune modulation.
0 peptides · ExploreIGF-1 Analogs
Insulin-like growth factor analogs and splice variants studied for muscle growth and recovery.
0 peptides · ExploreMitochondrial Peptides
Peptides targeting mitochondrial function, studied for energy and aging.
0 peptides · ExploreImmune Peptides
Peptides studied for immune modulation and antimicrobial host defense.
0 peptides · ExploreAnti-inflammatory Peptides
Peptides studied for modulating inflammatory pathways.
0 peptides · ExploreNeuropeptides
Brain-active peptides studied for cognition, mood, sleep, and social behavior.
0 peptides · ExploreNAD+ & Coenzymes
Essential coenzymes and NAD+-pathway modulators studied for cellular energy and longevity.
0 peptides · ExploreAmylin Analogs
Long-acting amylin analogs studied for appetite control.
0 peptides · ExploreAntimicrobial Peptides
Host-defense peptides studied for direct antimicrobial activity.
0 peptides · Explore