Welcome to the Fenalife Research Center.
This resource library contains educational articles covering peptide science, laboratory handling practices, storage considerations, reconstitution principles, bacteriostatic water, and research methodologies.
Browse our growing collection of research-focused content designed to support laboratory professionals, educators, and scientific researchers.
All content is provided for educational and research purposes only.
Learn what neuropeptides are, how they differ from classical neurotransmitters, major neuropeptide families, volume transmission, and research applications in neuroscience.
Complete overview of peptides in the immune system including antimicrobial peptides, thymic peptides, cytokine regulators, MHC antigen presentation, and research applications.
Learn what myostatin is, how its ActRIIB signaling pathway works, and how research peptides including follistatin and ACE-031 interact with the myostatin pathway.
Learn the key differences between cosmetic peptides and systemic research peptides including mechanisms, skin penetration, research methods, and regulatory context.
Buy research-grade Vesugen bioregulator from FenaLife. Khavinson vascular tripeptide, 98%+ purity, HPLC verified, batch CoA. For laboratory research use only.
Learn about mitochondrial peptides including the discovery of MDPs, MOTS-c exercise-mimetic mechanism, Humanin neuroprotection, and SS-31 cardiolipin-targeting research.
Buy research-grade Livagen bioregulator from FenaLife. Khavinson liver and immune tetrapeptide, 98%+ purity, HPLC verified, batch CoA. For laboratory research use only.
Complete guide to the IGF-1 axis covering the GH-IGF-1 endocrine axis, IGFBPs, IGF-1 LR3 design rationale, local vs systemic signaling, and IGF-1R downstream pathways.
Buy research-grade Pinealon bioregulator from FenaLife. Khavinson neural tripeptide for CNS research, 98%+ purity, HPLC verified, batch CoA. For laboratory research use only.
Learn how the HPA axis works and how research peptides including GHRPs, Selank, DSIP, and oxytocin interact with cortisol regulation in preclinical research.
