A curated catalog of laboratory-grade research materials. All products are intended strictly for research and laboratory use only.
Not for human or veterinary use, food, drug, or household purposes. Sold strictly to qualified researchers.
Every lot ships with a third-party Certificate of Analysis tied to the batch ID shown on the product page.
HPLC and MS verified by independent laboratories. Purity figures are per-batch, never generic.
Lyophilized material stored cool and dry; reconstituted material refrigerated. Handle with laboratory PPE.
Compounds investigated in metabolic, enzymatic and energetic pathway research.
Research compounds studied in metabolic, enzymatic, and energy pathway models. Includes GLP-1 receptor agonists, amylin analogs, AMPK activators, and lipolytic peptide fragments. All compounds are ≥99% purity, third-party tested, and COA-verified.
Advanced metabolic research compound. Studied in metabolic and energy pathway models. High-purity research-grade material.
Advanced metabolic research compound. Studied in metabolic and energy pathway models. High-purity research-grade material.
Semaglutide (GLP-1S) is a synthetic GLP-1 receptor agonist supplied as high-purity laboratory reference material for metabolic-signalling research.
Long-acting synthetic amylin analog for controlled amylin-receptor and metabolic-signalling research.
Modified peptide fragment investigated in lipid metabolism research.
Small-molecule NNMT inhibitor for controlled studies of SAM balance, NAD salvage, and cellular-metabolism pathways.
Nucleotide analog examined in AMPK pathway research.
Mitochondrial-derived peptide studied in metabolic regulation research.
Naturally occurring amino-acid-derived quaternary ammonium compound studied in fatty-acid transport, cellular-energy, and mitochondrial-metabolism research. 600 mg/mL · 10 mL research solution (6,000 mg total).
Dual GLP-1/glucagon receptor agonist studied in metabolic and energy regulation research.
CagriSema research blend combining long-acting amylin-analog and GLP-1-receptor pathways for controlled laboratory study.
Proapoptotic peptidomimetic studied in adipose tissue research models.
Methionine-Inositol-Choline lipotropic blend studied in lipid metabolism research models.
Triple monoamine reuptake inhibitor studied in appetite-regulation and metabolic research models.
Synthetic C-terminal hGH fragment studied in lipolytic and adipose research models.
Peptides examined within growth hormone signaling research pathways.
Peptides examined within growth hormone signaling research pathways. Includes recombinant somatropin, GHRH analogs, GH secretagogues, and growth factor peptides. Independently verified to ≥99% purity with batch-traceable Certificates of Analysis.
HGH (somatropin) — recombinant 191aa human growth hormone, lyophilized and COA-tested to a ≥99% purity standard, studied in endocrine and GH–IGF-1 signaling research. Laboratory research use only.
Long R3 insulin-like growth factor-1 analog studied in extended-window IGF-1R, growth-signalling, and cellular-proliferation research models.
Synthetic GHRH analog without DAC, studied in growth hormone signaling research.
Long-acting GHRH analog with DAC examined in growth hormone signaling research.
Selective peptide examined in growth hormone secretagogue research.
Synthetic GHRH analog used in endocrine signaling research.
Studied in growth hormone secretion and peptide signaling research models.
Pegylated mechano-growth factor analog studied in advanced growth and tissue signaling research models.
DES(1-3) truncated IGF-1 variant studied in localized, short-window IGF-1R and cellular-signalling research models, distinct from LR3.
Synthetic GHRP studied in growth hormone secretagogue and cardiac research models.
Synthetic GHRH(1-29) fragment — the shortest GHRH sequence retaining receptor activity — studied at the pituitary GHRH receptor in endogenous growth hormone secretion research models.
Synthetic hexapeptide examined in growth hormone secretagogue research.
Synthetic hexapeptide investigated in growth hormone and appetite-pathway research.
Ghrelin receptor agonist studied in growth hormone secretagogue research models. Research liquid format.
Compounds studied within tissue repair and regenerative research models.
Compounds studied within tissue repair and regenerative research models. Includes cytoprotective peptides, thymosin fragments, antimicrobial peptides, and anti-inflammatory signaling compounds. Third-party tested and COA-verified for laboratory research use.
Research-grade peptide commonly studied in cellular and tissue research models.
Synthetic Thymosin Beta-4 fragment studied in actin-binding, cell-migration, and angiogenesis research endpoints.
Dual research blend studied within tissue repair research models.
KPV is the Lys-Pro-Val C-terminal tripeptide fragment of α-MSH, supplied for cellular anti-inflammatory-signaling and immune-modulation research endpoints.
Cathelicidin-derived antimicrobial peptide studied in immune signaling and tissue repair research models.
Non-hematopoietic peptide derived from the erythropoietin sequence, studied at the innate repair receptor in neuroinflammation and tissue-protection research endpoints.
Soluble activin receptor research compound examined in muscle pathway research models.
Compounds studied within cellular wellness and bioenergetic research models.
Compounds studied within cellular wellness and bioenergetic research models. Includes NAD+, mitochondrial-targeted peptides, immune modulators, and longevity research compounds. All synthesized and shipped from within the United States.
Coenzyme studied in cellular energetics and longevity research.
Endogenous glutamate-cysteine-glycine tripeptide studied in GSH/GSSG redox, oxidative-stress, and cellular conjugation research models.
Epithalon (Epitalon) is the synthetic tetrapeptide Ala-Glu-Asp-Gly, supplied for telomerase-activity, pineal-peptide, and cellular-senescence research endpoints.
Thymosin Alpha-1 (Tα1) is a synthetic 28-amino-acid peptide of thymic origin, supplied for immunomodulation and T-cell / immune-signalling research endpoints.
Thymalin is a thymic peptide complex — a polypeptide fraction of thymic origin, distinct from the single 28-residue Thymosin Alpha-1 — supplied for immunomodulation and T-cell / immune-regulation research endpoints.
SS-31 (elamipretide) is a synthetic mitochondria-targeting tetrapeptide (D-Arg-2',6'-dimethyl-Tyr-Lys-Phe-NH₂) that binds cardiolipin on the inner mitochondrial membrane, supplied for mitochondrial-function, bioenergetics, and oxidative-stress research endpoints.
Methylcobalamin solution studied in cellular energy and methylation pathway research models. Multi-dose vial.
Phenothiazine compound studied in mitochondrial electron-transport and bioenergetic research models.
Peptides studied within neurological and nootropic research models.
Peptides and small molecules studied within neurological and nootropic research models. Includes neurotrophic peptides, neuropeptide analogs, ampakines, and cognitive pathway research compounds. ≥99% purity, COA-verified.
Heptapeptide studied in neurotrophic pathway research.
Tuftsin-analog heptapeptide examined in GABAergic, BDNF-related, and neuroimmune research models.
Naturally occurring nonapeptide (Trp-Ala-Gly-Gly-Asp-Ala-Ser-Gly-Glu) examined in sleep-architecture, neuroendocrine, and HPA-axis stress-signalling research endpoints.
Vasoactive intestinal peptide studied in neuro-regulatory and immune signaling research models.
Modified ampakine research compound studied in synaptic potentiation and cognitive pathway research models.
Hepatocyte growth factor mimetic studied in synaptogenesis and cognitive research models.
Adamantane derivative studied in dopaminergic and stimulant-pathway research models.
Dipeptide nootropic studied in neurotrophic and cognitive pathway research models.
N-acetyl amidated Semax analog studied in neuropeptide research with extended half-life models.
N-acetyl amidated Selank analog studied in anxiolytic neuropeptide research models.
Porcine brain-derived peptide preparation studied in neurotrophic and neurorestorative research models.
Synthetic Glu-Asp-Arg (EDR) tripeptide supplied for neuronal, cellular, and CNS-signaling research endpoints.
Ares-branded dial-a-dose dispensing pens, cartridges and needles for precise laboratory dispensing.
Peptide Pen FAQ →Reusable dial-a-dose dispensing pen (AR-PEN-01) built around a replaceable 3 mL cartridge. Click-indexed dose wheel, machined aluminium body, laboratory dispensing use only.
Complete AR-PEN-02 kit: one Ares Precision Pen, 100 pen needles, 100 prep pads and a hard travel case for cold-chain transport.
AR-PEN-N single-use 32G × 4 mm screw-on pen needles, individually sealed. Compatible with the Ares Precision Pen and standard pen threading.
AR-PEN-C empty sterile 3 mL glass cartridges with rubber plunger and septum for use with the Ares Precision Pen.
Peptides examined within melanocortin-receptor, neuropeptide, and endocrine pathway research.
Peptides examined within melanocortin-receptor, neuropeptide, and endocrine pathway research. Includes receptor agonists, GnRH analogs, gonadotropins, and neuroendocrine signaling compounds. Documentation varies by material and batch. For laboratory research use only.
Synthetic cyclic heptapeptide melanocortin receptor agonist examined in MC3R, MC4R, receptor-selectivity, and downstream-signaling models.
Synthetic α-MSH analog studied in melanocortin receptor signalling and pigmentation-related cellular endpoints.
Nonapeptide examined in neuroendocrine research applications.
Glycoprotein gonadotropin studied in LH-receptor signalling and endocrine-axis pathway research.
Synthetic decapeptide studied in GnRH pathway research.
Neuropeptide investigated within hypothalamic signaling research.
Gonadotropin preparation used in reproductive pathway research.
Peptides studied within extracellular matrix and cosmetic research models.
Peptides studied within extracellular matrix, collagen synthesis, and cosmetic research models. Includes copper peptides, melanocortin compounds, and advanced cosmetic research stacks. COA-verified, USA-synthesized.
Copper-binding tripeptide examined in extracellular matrix research.
Copper-binding tripeptide (Ala-His-Lys-Cu) studied in hair follicle, dermal papilla signaling, VEGF-associated angiogenesis and extracellular matrix research models.
Melanocortin peptide studied in pigmentation and receptor pathway research models.
Stack studied in cosmetic, collagen, and tissue repair research models.
Advanced cosmetic research stack studied in collagen, repair, and inflammatory signaling models.
Octapeptide studied in cosmetic and expression-line research models.
Reconstitution solvents, cold-chain storage, organizers, lab gloves and measuring accessories for laboratory workflows.
Reconstitution solvents, cold-chain storage accessories, laboratory consumables, and measuring tools for peptide research workflows. Designed for professional laboratory handling and organization.
Bacteriostatic water for laboratory reconstitution use.
Sterile single-use insulin syringes for laboratory reconstitution and dosing handling.
Sterile 70% isopropyl alcohol prep wipes for laboratory surface and vial-stopper preparation.
Premium Ares-branded reconstitution kit including a sterile mixing vial, transfer syringe, and prep pads in a presentation case.
Insulated zip case with foam-cut slots designed to organize and protect labeled research vials in transit and refrigerated storage.
Compact thermoelectric mini fridge for cold-chain storage of research vials and reconstituted material.
Foam-cut research vial storage tray with 50 numbered slots for organized batch storage and traceability.
Multi-compartment organizer for vials, syringes, swabs and accessories — designed for laboratory workflow efficiency.
Powder-free nitrile examination gloves for sterile laboratory handling and reconstitution work.
Precision measuring syringes and graduated micro-tools for laboratory volumetric handling.
Selective androgen receptor modulator research compounds for laboratory study.
Selective androgen receptor modulator research compounds for laboratory study of androgen pathway biology, receptor binding selectivity, and muscle research models. Liquid research format. ≥99% purity.
Selective androgen receptor modulator studied in androgen pathway research models.
Selective androgen receptor modulator studied in muscle and bone research models.
Selective androgen receptor modulator studied in androgen receptor binding research models.
High-affinity selective androgen receptor modulator studied in androgen pathway research models.
Selective androgen receptor modulator studied in androgen pathway research models.
Non-steroidal SARM studied in androgen receptor binding and CNS-pathway research models.
Esterified RAD-140 analog studied in androgen pathway and pharmacokinetic research models.
Non-steroidal SARM studied in selective androgen receptor binding research models.
PPAR-δ, REV-ERB, ERR-agonist and myostatin-pathway research compounds for performance and endurance research models.
PPAR-δ agonists, REV-ERB agonists, ERR pan-agonists, and myostatin pathway research compounds for endurance, metabolic, and circadian research models. COA-verified laboratory compounds.
Steroidal myostatin pathway research compound studied in androgen and follistatin signaling models.
PPAR-delta agonist studied in fatty acid oxidation and endurance research models.
REV-ERB agonist studied in circadian and metabolic research models.
REV-ERB agonist analog studied in circadian metabolism research models.
ERR pan-agonist studied in mitochondrial biogenesis and exercise mimetic research models.
Selective estrogen receptor modulator research compounds for endocrine pathway research.
Selective estrogen receptor modulator research compounds for HPG-axis, estrogen receptor binding, and endocrine pathway research. Includes triphenylethylene and benzothiophene SERM classes. Liquid research format.
Trans-isomer of clomiphene studied in HPG-axis and endogenous hormone signaling research models.
Triphenylethylene SERM studied in estrogen receptor binding research models.
Benzothiophene SERM studied in estrogen receptor and bone density research models.
Mixed-isomer SERM studied in HPG-axis and ovulation-pathway research models.
Aromatase inhibitor research compounds for estrogen biosynthesis research models.
Non-steroidal and steroidal aromatase inhibitor research compounds for estrogen biosynthesis and CYP19A1 pathway research models. Third-party tested. ≥99% purity. For laboratory research use only.
Non-steroidal aromatase inhibitor studied in estrogen biosynthesis research models.
Non-steroidal aromatase inhibitor studied in estrogen suppression research models.
Steroidal aromatase inactivator studied in estrogen biosynthesis research models.
Capsule-format research compounds for oral-route research applications.
Capsule-format research compounds for oral-route research applications. Includes GH secretagogues, PPAR-delta agonists, SERMs, nootropics, cytoprotective peptides, and PDE5 inhibitors in oral capsule format. COA-verified.
Ibutamoren in oral capsule research format. Studied in growth hormone secretagogue research models.
Cardarine in oral capsule research format. Studied in PPAR-delta and metabolic research models.
Enclomiphene citrate in oral capsule research format. Studied in HPG-axis research models.
Bromantane in oral capsule research format. Studied in dopaminergic and adaptogenic research models.
Noopept in oral capsule research format. Studied in nootropic and neurotrophic research models.
Capsule-format 5-Amino-1MQ for controlled studies of NNMT activity, SAM balance, NAD salvage, and cellular metabolism.
Stable BPC-157 arginate salt in oral capsule research format. Studied in gut and tissue research models.
Long-acting PDE5 inhibitor in oral capsule research format. Studied in vascular and PDE5 research models.
PDE5 inhibitor in oral capsule research format. Studied in vascular and PDE5 research models.
Angiotensin-II receptor blocker in oral capsule research format. Studied in PPAR-γ and cardiovascular research models.
ERR pan-agonist in oral capsule research format. Studied in mitochondrial biogenesis and exercise mimetic research models.
Wakefulness-promoting research compound in oral capsule format. Studied in dopaminergic and orexin pathway research models.
Triple monoamine reuptake inhibitor in oral capsule research format. Studied in appetite-regulation research models.
Dopamine D2 agonist in oral capsule research format. Studied in prolactin-pathway research models.
Intranasal-format research compounds for mucosal-delivery research models.
Intranasal Adamax research format studied in synaptic potentiation and cognitive research models.
Intranasal Melanotan-II research format studied in melanocortin signaling research models.
Intranasal Bromantane research format studied in dopaminergic and adaptogenic research models.
Intranasal Dihexa research format studied in synaptogenesis and cognitive research models.
Intranasal Semax research format studied in neurotrophic pathway research.
Pre-formulated tuftsin-analog research solution for GABAergic, BDNF-related, and neuroimmune model endpoints.
Intranasal N-acetyl amidated Semax research format with extended half-life properties.
Intranasal N-acetyl amidated Selank research format with extended half-life properties.
Intranasal oxytocin research format studied in neuroendocrine and social-bonding research models.
Pre-formulated PT-141 (bremelanotide) research solution examined in MC3R-, MC4R-, and route-specific material models.
Topical research compounds for follicular, dermal and cosmetic research models.
Non-steroidal androgen receptor antagonist studied in follicular and androgen pathway research models.
Copper tripeptide formulated as a topical scalp solution studied in follicular and matrix research models.
Topical minoxidil research solution studied in follicular and vasodilatory research models.
Topical 5-alpha-reductase inhibitor studied in follicular and androgen-pathway research models.
Recombinant growth hormone 191aa supplied lyophilized in sealed, batch-identified vials for licensed laboratory research. Assayed to a ≥99% purity standard, with third-party Certificates of Analysis available on request to qualifying research accounts. Reference material and documentation tools are linked below — no protocols, dosing schedules, or outcome claims are provided, and material is not for human or veterinary use.
Independent, documentation-first breakdowns of the vendors researchers ask about most. COA verification, US shipping, and sourcing transparency, side by side.
