MECHANISM OF ACTION
The Glow Stack adds GHK-Cu (copper tripeptide) to the Wolverine base (BPC-157 + TB-500). GHK-Cu contributes: collagen I, III, and elastin synthesis; decorin upregulation for extracellular matrix quality; antioxidant enzyme activation; and the genomic expression programme affecting >4000 repair and longevity genes. Combined with BPC-157 (angiogenesis, GI repair) and TB-500 (systemic cell migration, anti-inflammatory), the Glow Stack creates a comprehensive skin-regeneration, anti-ageing, and systemic repair protocol. GHK-Cu's skin effects are amplified by BPC-157's vascular bed development and TB-500's cellular migration signals.
RESEARCH APPLICATIONS
- Skin collagen synthesis and anti-ageing
- Comprehensive recovery + skin rejuvenation combined protocol
- Post-aesthetic procedure healing acceleration
- Extracellular matrix quality and dermal architecture
- Systemic anti-inflammatory + skin repair
RESEARCH HIGHLIGHTS
Complementary Collagen + Vascular Mechanisms
GHK-Cu stimulates procollagen and elastin synthesis while BPC-157 promotes the capillary bed that nourishes healing skin - the combination addresses both structural protein production and vascular delivery.
Ref: Maquart et al. (GHK-Cu) + Hsieh et al. (BPC-157)
RESEARCH PROTOCOL NOTES
Chemical Identity
Storage & Stability
Same as GHK-Cu: maintain pH 6.0–6.5 to prevent copper dissociation. -20°C lyophilised. 2–8°C reconstituted, 21 days.
Regulatory Status
Combined research compound. Same regulatory considerations as each component - GHK-Cu (topical = cosmetic; injectable = research), BPC-157 and TB-500 (research compounds).