Bioactive peptides classified across distinct physiological mechanisms, receptor pathways, and therapeutic target areas.
Incretin mimetics and receptor agonists investigated for modulating gastric motility, hypothalamic satiety signaling, and systemic energy expenditure.
Therapeutic compounds investigated for optimizing glucose disposal, beta-cell functional preservation, and mitochondrial oxidative efficiency.
Cytoprotective peptide sequences investigated for upregulating growth factor pathways, collagen synthesis, and microvascular regeneration.
Peptides that influence DNA repair mechanisms, cellular senescence, and mitochondrial biogenesis across aging models.
Peptides explored for enhancing endogenous GH pulsatility, protein synthesis, and lean tissue preservation without endocrine shutdown.
Tripeptides and signal peptides investigated for stimulating dermal fibroblasts, elastin deposition, and wound healing.
Neuropeptides investigated for regulating BDNF expression, neurotransmitter balance, and neurovascular plasticity under cognitive demand.
Selective secretagogues and releasing hormones researched for optimizing endocrine regulation safely.
