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Current pricing
10 mg•3 mL Vial
Studied for: Metabolism & body composition
An experimental NNMT inhibitor studied mainly in preclinical models for its effects on cellular metabolism, fat storage, insulin sensitivity, and body composition.
10 mg•3 mL Vial
Studied for: Gut & tissue recovery
An experimental peptide studied primarily in laboratory and animal models involving gut integrity, tendon and ligament repair, blood-vessel signaling, and wound healing.
(BPC-157 + TB-500)
10 mg + 10 mg•3 mL Vial
Studied for: Tissue repair & recovery
A research blend combining two compounds investigated for cell migration, blood-vessel formation, tissue remodeling, and recovery pathways. The blend itself has not been clinically established.
10 mg•3 mL Vial
Studied for: Growth-hormone support
A combination studied for stimulating pituitary growth-hormone release through complementary signaling pathways and for its effect on downstream IGF-1 activity.
100 mg•3 mL Vial
Studied for: Skin, hair & collagen
A naturally occurring copper-binding peptide studied for collagen signaling, skin remodeling, wound-repair pathways, antioxidant activity, and hair-follicle biology.
(BPC-157 10 mg + TB-500 10 mg + GHK-Cu 50 mg)
70 mg•3 mL Vial
Studied for: Tissue, skin & collagen research
A three-compound research blend combining peptides studied individually for tissue-repair, cell-migration, collagen, skin-remodeling, and wound-healing pathways. The combined blend has not been clinically established.
(BPC-157 10 mg + GHK-Cu 50 mg + TB-500 10 mg + KPV 10 mg)
80 mg•3 mL Vial
Studied for: Tissue, skin & inflammation research
A four-compound research blend combining peptides studied individually for tissue-repair, collagen, cell-migration, and inflammatory-signaling pathways. The combined blend has not been clinically established.
20 mg•3 mL Vial
Studied for: Appetite & weight research
An investigational triple-receptor agonist studied in human trials for appetite regulation, glucose and metabolic signaling, body weight, and body-fat reduction.
1500 mg•10 mL Vial
Studied for: Antioxidant & cell protection
A naturally occurring intracellular antioxidant studied for redox balance, oxidative-stress defense, detoxification pathways, immune signaling, and protection of cellular components.
1,200 mg•3 mL Vial
Studied for: Energy & fat metabolism
An amino-acid-derived compound—not a peptide—studied for transporting long-chain fatty acids into mitochondria, cellular energy production, exercise metabolism, and carnitine-deficiency states.
40 mg•3 mL Vial
Studied for: Energy & metabolism
A mitochondrial-derived peptide studied mostly in preclinical research for metabolic homeostasis, glucose utilization, insulin sensitivity, exercise response, and age-related physical function.
1000 mg•10 mL Vial
Studied for: Cellular energy & healthy aging
An essential cellular coenzyme studied for energy production, redox reactions, DNA-repair signaling, metabolic stress, and age-related changes in cellular function.
10 mg•3 mL Vial
Studied for: Stress & anxiety research
A synthetic peptide studied for anxiety-related brain signaling, stress response, emotional regulation, and functional connectivity. Human evidence remains limited.
10 mg•3 mL Vial
Studied for: Focus & mental clarity
An ACTH-derived peptide studied for attention, memory, learning, neuroprotective signaling, and recovery after neurological stress. Evidence varies by research setting.
10 mg•3 mL Vial
Studied for: Growth-hormone stimulation
A growth-hormone-releasing hormone analog studied for stimulating the pituitary gland's own growth-hormone release and evaluating the GH/IGF-1 signaling axis.
50 mg•3 mL Vial
Studied for: Mitochondrial energy
Also known as elamipretide, this mitochondrial-targeted peptide is studied for mitochondrial membrane function, oxidative stress, cellular energy production, and tissue protection.
20 mg•3 mL Vial
Studied for: Abdominal-fat research
A growth-hormone-releasing hormone analog studied clinically for GH signaling, visceral abdominal fat, liver fat, and related metabolic measurements in specific populations.
3 mL
Studied for: Mixing supply
A preserved laboratory diluent used during controlled research preparation. It is a supply item rather than an active research compound.
10 mL
Studied for: Mixing supply
A preserved laboratory diluent used during controlled research preparation. It is a supply item rather than an active research compound.
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Important notice
Products shown are intended solely for laboratory research and analytical purposes. Information is educational and describes simplified areas of study only—not guaranteed benefits, medical advice, or directions for human use. Evidence varies by compound and may be limited to laboratory, animal, early-stage, or population-specific studies. Prices are subject to change. Access is limited to adults age 21 and older.