Research Library
Mechanisms, research context, and documentation for the compounds we carry.
Educational summaries drawn from published research.
For research use only — nothing here is medical, dosing, or usage guidance.
TN-T2
A synthetic peptide designed to act on the receptors used to manage blood sugar and appetite
TN-R3
A synthetic peptide designed to act on receptors the body uses to regulate blood sugar, appetite, and energy.
KPV + Glutathione
A research kit pairing KPV and Glutathione for anti-inflammatory and antioxidant study.
The Nine
The flagship nine-vial research kit spanning the catalog’s core compound categories.
The Wolverine
A recovery-focused research blend pairing BPC-157 and TB-500 from the healing category.
Tesamorelin
A long-acting GHRH analog with one of the most complete clinical research records in its category.
Sermorelin
A synthetic GHRH fragment studied for stimulating the body’s natural growth-hormone release.
Ipamorelin
A selective growth-hormone secretagogue studied for prompting the pituitary’s own pulsatile GH release.
Epithalon
A synthetic pineal-derived tetrapeptide studied in longevity research for telomerase activity and circadian rhythm.
Selank
A synthetic peptide studied as an anxiolytic for GABAergic calming activity distinct from benzodiazepines.
Glutathione
The cell’s most abundant antioxidant, a tripeptide studied for redox balance and oxidative-stress research.
NAD+
A fundamental cellular coenzyme central to energy metabolism and a core focus of longevity research.
KPV
A small alpha-MSH–derived tripeptide studied in anti-inflammatory and gut research for its NF-kB activity.
GHK-Cu
A copper-binding tripeptide with roughly four decades of study in skin and wound-repair research.
TB-500
A synthetic fragment of thymosin beta-4 studied alongside BPC-157 for cell migration and repair.
BPC-157
A synthetic fifteen–amino-acid peptide studied in tissue-repair research for angiogenesis and connective-tissue mechanisms.
Snap-8
A topical cosmetic octapeptide studied for its competitive interaction with the SNARE complex in expression-line research.
Semax
A synthetic ACTH-fragment peptide studied for BDNF signaling and neuroprotective, cognitive mechanisms.