Tissue & Cellular
BPC-157 in Angiogenesis and Tissue-Repair Models
A survey of pentadecapeptide research across gastric and connective-tissue signaling studies.
BPC-157 research compound →Research Library
Curated compound research.
A growing library of compound overviews and summaries across ATMI Labs research categories. Each entry links to the matching research compound page, where you can review lab specifications and the published Certificate of Analysis for that lot.
Compound research overviews
Educational, laboratory-framed introductions to every research compound in the ATMI Labs catalog, grouped by research category. Strengths of the same compound share one overview.
Growth Hormone
Growth Hormone
CJC-1295 + Ipamorelin research overview
A co-formulated blend of CJC-1295 (no DAC) and Ipamorelin used in research on complementary growth hormone secretagogue pathways.
Read overview →Growth Hormone
CJC-1295 DAC research overview
A GHRH(1-29) analogue carrying a drug affinity complex, studied in laboratory models of extended growth hormone axis signaling.
Read overview →Growth Hormone
Ipamorelin research overview
A selective growth hormone secretagogue receptor agonist studied for its receptor selectivity profile in laboratory models.
Read overview →Growth Hormone
Sermorelin research overview
The 29-residue N-terminal fragment of growth hormone releasing hormone, used as a reference agonist in GH axis research.
Read overview →Growth Hormone
Tesamorelin research overview
A research-framed introduction to the GHRH analogue Tesamorelin for laboratories working on endocrine signaling models.
Read overview →Metabolic
Metabolic
5-Amino-1MQ research overview
A selective nicotinamide N-methyltransferase inhibitor investigated in adipocyte and NAD+ salvage-pathway research.
Read overview →Metabolic
Retatrutide research overview
A research-framed introduction to the Retatrutide research compound for laboratories studying incretin receptor model systems.
Read overview →Metabolic
Semaglutide research overview
A fatty-acid-acylated GLP-1 analogue used as a reference agonist in incretin signaling and metabolic research.
Read overview →Metabolic
Tirzepatide research overview
A fatty-acid-modified dual incretin receptor agonist studied in laboratory models of glucose handling and adipose signaling.
Read overview →Tissue & Cellular Research
Tissue & Cellular
BPC-157 research overview
A general, research-framed introduction to BPC-157 for laboratories evaluating the pentadecapeptide as a study material.
Read overview →Tissue & Cellular
BPC-157 / TB-500 research overview
A co-formulated preparation of BPC-157 and TB-500 used in research examining two tissue-repair signaling pathways in parallel.
Read overview →Tissue & Cellular
KPV research overview
A research-framed introduction to the tripeptide KPV for laboratories studying epithelial signaling model systems.
Read overview →Tissue & Cellular
TB-500 research overview
A research-framed introduction to TB-500 for laboratories studying cell migration and tissue remodeling models.
Read overview →Bioenergetics
Bioenergetics
MOTS-c research overview
A research-framed introduction to MOTS-c for laboratories studying cellular energetics model systems.
Read overview →Bioenergetics
SS-31 research overview
A mitochondria-targeting tetrapeptide studied for its interaction with cardiolipin in inner-membrane research models.
Read overview →Longevity & Regeneration
Longevity & Regeneration
Epithalon research overview
A four-residue peptide studied in laboratory research on telomere biology, pineal signaling, and cellular aging models.
Read overview →Longevity & Regeneration
GHK-Cu research overview
A research-framed introduction to the copper-binding tripeptide GHK-Cu for laboratory evaluation.
Read overview →Longevity & Regeneration
GLOW research overview
A three-component regenerative co-formulation used in research spanning matrix remodeling and tissue-repair signaling.
Read overview →Longevity & Regeneration
Glutathione research overview
The principal intracellular thiol antioxidant, used as a reference substrate and analyte in redox and detoxification research.
Read overview →Longevity & Regeneration
KLOW Blend research overview
A four-component research blend spanning inflammatory, matrix-remodeling, and tissue-repair signaling models.
Read overview →Longevity & Regeneration
NAD+ research overview
A research-framed introduction to NAD+ for laboratories studying cellular metabolism and redox model systems.
Read overview →Neuroendocrine
Neuroendocrine
HCG research overview
A heterodimeric glycoprotein hormone used as a reference ligand in gonadal-axis and LH receptor research.
Read overview →Neuroendocrine
Kisspeptin research overview
The minimal active kisspeptin fragment used in reproductive neuroendocrine and GnRH signaling research.
Read overview →Neuroendocrine
MT-1 research overview
A linear alpha-melanocyte-stimulating hormone analogue studied in melanocortin receptor and pigmentation-pathway research.
Read overview →Neuroendocrine
PT-141 research overview
A research-framed introduction to PT-141 for laboratories studying melanocortin pathway model systems.
Read overview →Cognitive & Neuro
Cognitive & Neuro
Adamax research overview
A co-formulated CNS research blend combining an acetylated Semax analogue with the tuftsin analogue Selank.
Read overview →Cognitive & Neuro
DSIP research overview
A nine-residue neuropeptide studied in circadian, sleep-architecture, and neuromodulatory laboratory models.
Read overview →Cognitive & Neuro
Selank research overview
A tuftsin-derived heptapeptide studied in CNS neuromodulation and neuropeptide-stability research.
Read overview →Cognitive & Neuro
Semax research overview
A research-framed introduction to Semax for laboratories working on CNS signaling model systems.
Read overview →Research summaries
Cognitive
Semax and BDNF Modulation
Heptapeptide research on brain-derived neurotrophic factor expression in CNS models.
Semax research compound →Growth Hormone
Ipamorelin: Selective Ghrelin Receptor Agonism
Selectivity profile compared with other growth hormone secretagogues used in research.
Ipamorelin research compound →Metabolic
Incretin Triple Agonism in Metabolic Research
GIP, GLP-1, and glucagon receptor research models used with Retatrutide.
Retatrutide research compound →Bioenergetics
MOTS-c and Mitochondrial Energetics
Mitochondrial-derived peptide research in AMPK signaling and cellular energetics.
MOTS-c research compound →Longevity
GHK-Cu and Dermal Remodeling Research
Copper tripeptide literature across regenerative and matrix-remodeling models.
GHK-Cu research compound →Tissue & Cellular
TB-500 in Cellular Migration Studies
Thymosin beta-4 fragment research across angiogenesis and remodeling assays.
TB-500 research compound →Neuroendocrine
Melanocortin Signaling and PT-141
Neuroendocrine receptor research summaries covering melanocortin pathway models.
PT-141 research compound →Longevity & Regeneration
GHK-Cu and Copper-Dependent Tissue Remodeling
How copper coordination is studied in matrix metalloproteinase balance, collagen synthesis assays, and fibroblast culture models.
GHK-Cu research compound →Bioenergetics
MOTS-c and Mitochondrial Metabolic Signaling
Mitochondrial-derived peptide research covering AMPK activation, folate-cycle interaction, and nuclear retrograde signaling models.
MOTS-c research compound →Bioenergetics
SS-31 and Mitochondrial Membrane Research
Cardiolipin association, cristae morphology, and electron transport efficiency endpoints used in isolated-mitochondria work.
SS-31 research compound →Longevity & Regeneration
NAD+ and Cellular Energy Metabolism
Redox couple measurement, salvage-pathway flux, and sirtuin and PARP cofactor demand across cellular energetics research.
NAD+ research compound →Growth Hormone
Tesamorelin and GHRH Receptor Signaling Models
Stabilized GHRH analogue chemistry, receptor binding assays, and cAMP-dependent somatotroph signaling endpoints.
Tesamorelin research compound →Metabolic
Retatrutide and Multi-Receptor Agonist Research
Balanced engagement of GIP, GLP-1, and glucagon receptors, and how relative potency is characterized in cell systems.
Retatrutide research compound →Tissue & Cellular
BPC-157 and Tissue-Repair Signaling Models
Growth-factor, nitric oxide, and angiogenesis-related endpoints reported across preclinical pentadecapeptide literature.
BPC-157 research compound →Tissue & Cellular
KPV and Inflammatory Signaling Research
The α-MSH C-terminal tripeptide in NF-κB pathway assays and epithelial barrier models.
KPV research compound →Longevity & Regeneration
Epithalon and Cellular Aging Research
Telomerase expression assays, replicative senescence models, and the methodological limits of the existing literature.
Epithalon research compound →Cognitive & Neuro
Selank and Neuroregulatory Peptide Research
Tuftsin-analogue chemistry, peptidase resistance, and GABAergic and monoaminergic endpoints in rodent models.
Selank research compound →Cognitive & Neuro
DSIP and Sleep-Related Peptide Research
EEG-based sleep-architecture studies and why the absence of a confirmed receptor keeps mechanism an open question.
DSIP research compound →Neuroendocrine
PT-141 and Melanocortin Receptor Research
Cyclic melanocortin analogue selectivity across MC1R–MC4R and the central signaling models used to study it.
PT-141 research compound →Continue exploring
Every compound referenced above is documented lot by lot before release.