Healing peptide stacks
Mechanism-based combinations of research peptides for tissue repair, gut healing, and wound research. For laboratory use only.
Tendon & Ligament Research Stack
Combine peptides studied for soft-tissue, vascular, and cellular-migration effects in tendon and ligament repair research.
Gut Healing Research Stack
Examine complementary effects on mucosal repair, inflammatory cytokine release, and tight-junction integrity in pre-clinical gut models.
Skin & Wound Healing Research Stack
Address dermal collagen synthesis, angiogenesis, and antimicrobial defence in pre-clinical wound-healing models.
Post-Surgical Recovery Research Stack
Combine peptides studied for anastomotic integrity, wound-edge vascularisation, and connective-tissue repair in pre-clinical post-operative models.
Athletic Injury Recovery Research Stack
Cover the heterogeneous tissue injury profile seen in athletic injury models — combining tendon, muscle, dermal, and antimicrobial peptide research candidates in one combined research arm.
Post-Cycle Soft-Tissue Recovery Research Stack
Investigate combined peptide effects on soft-tissue and cartilage repair in post-exercise and post-cycle recovery research models.
Anti-Aging Skin Research Stack
Explore combined effects on dermal collagen and elastin synthesis, cellular ageing markers, and antimicrobial barrier integrity in skin-research models.
Mucosal Immune Defence Research Stack
Address the three mechanistic axes of mucosal defence — anti-inflammatory cytokine suppression, antimicrobial peptide activity, and tight-junction barrier integrity — in pre-clinical gut-immunity models.
GH Secretagogue Research Stack — Dual-Pathway Pulsatile GH Release
Exploit the synergistic dual-pathway activation of pituitary somatotrophs — GHRH-receptor (Gαs/cAMP) plus GHSR-1a ghrelin-receptor (Gq/PLC/Ca²⁺) — to produce GH pulses materially larger than either monotherapy while preserving the physiological pulsatile pattern.
Metabolic Research Stack — Incretin Pharmacology Reference
Map the pharmacological space available for metabolic-disease and obesity research, distinguishing licensed incretin pharmacology (semaglutide, tirzepatide) from complementary research-only AMPK-pathway (MOTS-c, 5-Amino-1MQ) and lipolytic (AOD-9604) compounds. This page is a reference framework, NOT a recommendation for combined clinical use.
Cognitive Research Stack — Nootropic & Neurotrophic Combination
Combine mechanistically distinct cognitive-enhancement peptides — BDNF/NGF upregulation (Semax), enkephalinase-mediated anxiolysis (Selank), and HGF/c-Met potentiation (Dihexa) — to explore the additive or synergistic effects of multi-pathway neurotrophic and behavioural modulation in pre-clinical research models.
Longevity Research Stack — Mitochondrial & Cellular Ageing Peptides
Combine mechanistically distinct longevity-research peptides — mitochondrial-derived humanin (Bax/Bak inhibition, cytoprotection) and MOTS-c (AMPK activation, metabolic), pharmacological cardiolipin-stabilising SS-31 (cristae architecture preservation), and pineal-derived telomerase-modulating epitalon — to explore integrated effects on the mitochondrial-dysfunction, replicative-senescence, and cellular-ageing framework of ageing biology in pre-clinical models.
Immune Research Stack — Thymic Peptide Framework
Combine mechanistically distinct immune-modulator research peptides — thymic-lineage T-cell maturation (thymosin alpha-1), zinc-dependent thymic immune modulation (thymulin), antimicrobial host-defence (LL-37), and NF-κB-suppression anti-inflammatory (KPV) — to explore multi-mechanism immune pharmacology in pre-clinical research models.