A plain‑English guide to LY3437943: what it is, how it works, potential benefits for weight and glucose, safety notes, and what remains unproven.

Discover how cagrilintide, a fullness-hormone analog, boosts satiety, slows stomach emptying, and may aid weight loss; GLP-1 combos, side effects, what to know.

A clear, no-hype guide to NN1706, an investigational triple-agonist: what it is, how it may affect appetite and blood sugar, and why it isn't approved.

Simple dulaglutide guide for type 2 diabetes—what it is, how it works, benefits for blood sugar, weight, and heart‑kidney health, common side effects, and how it compares to similar medicines.

Efinopegdutide guide to a dual-acting GLP-1/glucagon peptide: how it works, early signs for weight, blood sugar, liver fat, and key safety notes.

A plain English guide to SHLP-6: what it is, how it may work, where it fits among mitochondrial peptides, plus key uncertainties and potential risks.

Understand NSA2’s role in ribosome assembly: how it helps the large subunit mature, what happens when it falters, and why it matters for cell growth and stress.

Aviptadil Guide: learn what it is, how it may work, potential benefits and side effects, safety and delivery basics, and its current regulatory status.

Discover what cenderitide is, how it may ease fluid overload via the heart-kidney axis, its investigational status, safety basics, and remaining evidence gaps.

A simple guide to what dalazatide is, how it may calm autoimmune-driven inflammation and itch, early findings, safety, side effects, and the key unknowns.

Learn what the DSIP sleep peptide is, how it may relate to sleep, the current evidence and safety, key limits, and how it fits alongside proven sleep options.

Learn what Cerebrolysin is, where it’s used, the evidence for stroke, TBI, and dementia recovery, key safety considerations, and how it’s regulated without hype.

Epitalon guide: what it is, what research suggests for sleep rhythms and cellular maintenance, plus safety, quality, and regulation.

Learn what Dihexa is, how it may work, potential benefits, safety considerations, legal status, and key unknowns—clear, balanced facts without the hype.

Learn what P21 is, how it may support brain plasticity, why exact identity and quality matter, the evidence so far, and key safety points—without the hype.

Learn what KPV is, how it may help calm inflammation and support barrier health, the state of evidence, delivery routes, safety notes, and quality tips.

Clear, no-hype overview of what BPC-157 is, where it may help, safety and legal cautions, quality risks, and smarter recovery basics.

A clear guide to humanin: what it is, how it works, its potential roles in metabolism and vascular health, plus realistic limits, safety, and research gaps.

Learn what LL-37 is, how it fights microbes, tunes immunity, and may aid wound healing, with plain-English takeaways on evidence, safety, and real-world limits.

A clear, no‑hype guide to MOTS‑c: what it is, how it may affect energy and metabolism, what human studies show so far, safety notes, and practical takeaways.

A clear Hexarelin guide: what it is, how it boosts growth hormone pulses, potential recovery and tissue support, key risks, and legal realities.

Learn what AOD-9604 is, how it may work, what trials show (limited fat loss), safety and legal basics, and where it fits among weight-loss options.

Learn what CJC-1295 DAC is, how it works, potential benefits and risks, common side effects, key comparisons, and today’s regulatory landscape.

Learn what CJC-1295 is, how it works, potential benefits and risks, who might respond, and key safety and legal notes in a clear, balanced guide.

Discover what follistatin-315 is, how it works, its benefits and limits, safety and legal considerations, and how it compares to other muscle-building approaches.

A clear guide to acetyl hexapeptide-8: what it is, how it may soften expression lines, realistic results, safety basics, and what to look for in formulas.

A clear, no-hype guide to palmitoyl tripeptide-1: what it is, how it may visibly soften fine lines and support firmness, safety notes, and practical use tips.

Your no-hype guide to acetyl hexapeptide-30: what it is, how it may soften expression lines, how to use it, safety tips, and realistic results.

Acetyl Tetrapeptide-5 guide: what it is, how it may help under-eye puffiness, who it’s best for, formulation factors, realistic results, and safety.

Learn how decapeptide-12 may help fade hyperpigmentation, what the research shows, why formulation matters, safety notes, and tips for building a routine.