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Lazarus Labs Research

Research overviews

Plain-English, citation-backed overviews of the research compounds we supply — their scientific classification, the receptor and pathway mechanisms studied in the literature, and how each is handled as a laboratory reference material. Every overview cites primary scientific sources and is written strictly for research and educational use.

Primary sources Plain English Research use only · 18+

Research use only · Not for human consumption · 18+. These overviews describe the published scientific record. Nothing here is medical advice or a recommendation to administer any compound to humans or animals.

How these overviews are prepared

Each overview is prepared from the scientific papers linked in its References section. Those sources are used to explain what the compound is, the mechanisms researchers have studied and the limits of the available evidence.

  • Source-led: Statements about classification, mechanisms and study findings are grounded in the cited scientific literature.
  • Evidence in context: Preclinical, animal-model and human research are distinguished where that context matters, without turning study findings into therapeutic claims.
  • Plain language: Technical terms are explained without adding dosing, treatment or administration guidance.

These pages are concise educational overviews, not systematic reviews. They are not medical advice and do not establish safety, effectiveness or an approved use.

Retatrutide research vial, Lazarus Labs GLP-1 / Incretin What Is Retatrutide? An investigational GIP / GLP-1 / glucagon triple receptor agonist (LY3437943) — classification, receptor mechanism and the research record. Read overview → BPC-157 research vial, Lazarus Labs Tissue repair What Is BPC-157? A synthetic 15-amino-acid pentadecapeptide studied in preclinical tissue-repair and angiogenesis research. Read overview → CJC-1295 + Ipamorelin research vial, Lazarus Labs GH secretagogues What Is CJC-1295 + Ipamorelin? A GHRH analogue paired with a selective growth-hormone secretagogue, studied in growth-hormone / IGF-1 axis research. Read overview → MOTS-c research vial, Lazarus Labs Mitochondrial What Is MOTS-c? A mitochondrial-derived peptide encoded in the 12S rRNA region, studied in mitochondrial-function and metabolic research. Read overview → GHK-Cu research vial, Lazarus Labs Copper peptide What Is GHK-Cu? A naturally-occurring copper-binding tripeptide studied in protein-synthesis and matrix-remodelling research. Read overview → Tesamorelin research vial, Lazarus Labs GHRH analogue What Is Tesamorelin? A stabilised growth-hormone-releasing-hormone analogue studied in receptor signalling and endogenous GH-pulsatility research. Read overview → KPV research vial, Lazarus Labs Melanocortin-derived What Is KPV? A Lys-Pro-Val tripeptide studied in cell systems and preclinical inflammatory-signalling models. Read overview → Melanotan II research vial, Lazarus Labs Melanocortin What Is Melanotan II? A synthetic cyclic peptide studied as a non-selective melanocortin receptor agonist — classification, receptor mechanism and the research record. Read overview → PT-141 research vial, Lazarus Labs Melanocortin What Is PT-141? A synthetic cyclic peptide (bremelanotide) studied as an agonist at the central melanocortin receptors MC3R and MC4R. Read overview → Selank research vial, Lazarus Labs Neuropeptide What Is Selank? A synthetic tuftsin-analogue peptide studied in neuropeptide and neurotrophic-signalling research. Read overview → Semax research vial, Lazarus Labs Neuropeptide What Is Semax? A synthetic ACTH(4–10) analogue studied in neuropeptide and neurotrophic (BDNF) signalling research. Read overview → Tirzepatide research vial, Lazarus Labs GLP-1 / Incretin What Is Tirzepatide? A dual GIP/GLP-1 receptor agonist (LY3298176) — classification, receptor pharmacology and the primary research literature. Read overview → Cagrilintide research vial, Lazarus Labs GLP-1 / Incretin What Is Cagrilintide? A long-acting amylin analogue (AM833) — classification, AMY-receptor pharmacology and the published research record. Read overview → 5-Amino-1MQ research vial, Lazarus Labs Mitochondrial & longevity What Is 5-Amino-1MQ? A membrane-permeable NNMT inhibitor (small molecule) — NAD+-pathway mechanism research and the primary literature. Read overview → NAD+ research vial, Lazarus Labs Mitochondrial & longevity What Is NAD+? The cellular coenzyme at the centre of redox and sirtuin/PARP signalling research — structure, salvage pathway and key reviews. Read overview → Epithalon research vial, Lazarus Labs Mitochondrial & longevity What Is Epithalon? The AEDG tetrapeptide from the peptide-bioregulator programme — telomerase-pathway research, its limits, and the primary sources. Read overview → SS-31 research vial, Lazarus Labs Mitochondrial & longevity What Is SS-31? The cardiolipin-binding Szeto-Schiller tetrapeptide — inner-membrane mechanism research and the primary literature. Read overview → TB-500 research vial, Lazarus Labs Tissue repair What Is TB-500? Synthetic thymosin β4 — the G-actin-sequestering peptide’s biochemistry and the primary research literature. Read overview → KLOW research vial, Lazarus Labs Tissue repair What Is KLOW? What the 80 mg four-peptide blend contains — GHK-Cu, BPC-157, TB-500 and KPV — and where each component’s research lives. Read overview → Browse all research peptides research vial, Lazarus Labs Catalogue Browse all research peptides The full Lazarus Labs research register — every lot third-party tested with a Certificate of Analysis, dispatched from Western Australia. Shop the catalogue →