Comprehensive Tissue Regeneration & Redox Protection System
Mechanistic Synergy for Research:
This 5-component stack delivers full-spectrum regenerative support by adding Glutathione (GSH)—a master antioxidant that protects against oxidative stress and preserves cellular health during tissue recovery.
- Redox Optimization in Regeneration Zones:
Glutathione buffers ROS generated during inflammation and tissue turnover, preventing lipid peroxidation and protein carbonylation. This preserves cell membrane integrity and sustains the viability of regenerating cells activated by the peptides. - Glutathione + NAD⁺ Synergy:
GSH and NAD⁺ work in tandem to maintain cellular redox state and mitochondrial efficiency. NADPH (produced from NAD⁺) is required to regenerate reduced glutathione, creating a feedback loop that supports prolonged antioxidant defense during injury resolution. - Inflammation Modulation Across Pathways:
Glutathione inhibits NF-κB and supports IL-10 expression. Combined with peptide-driven modulation of TNF-α, TGF-β, and COX2, this stack regulates immune cell activity while minimizing tissue damage in inflammatory models. - Optimized Structural & Functional Recovery:
While BPC-157, TB-500, and GHK-Cu drive angiogenesis, ECM remodeling, and nerve repair, NAD⁺ fuels energy and repair pathways, and Glutathione shields cells from oxidative apoptosis. Together, this creates a regenerative environment that is structurally sound, biochemically protected, and metabolically active.
Best suited for:
Complex recovery studies involving multi-tissue injury, oxidative stress, aging, or systemic inflammation.
