Peptide stacks

Three widely studied recovery compounds in one bundle. BPC-157 and TB-500 are commonly researched together for soft-tissue and connective-tissue models, while GHK-Cu is studied for its role in skin and tissue remodelling. Together they make a comprehensive starting point for regeneration and repair research.

• Soft-tissue and tendon recovery models
• Connective tissue and wound-healing research
• Post-stress regeneration and repair pathways

A research bundle spanning four distinct pathways in a single protocol. Retatrutide is studied in metabolic and weight-regulation models, MOTS-c in mitochondrial and energy research, GHK-Cu in tissue remodelling, and Glutathione in antioxidant and oxidative-stress models. The Elite Stack is designed for comprehensive, multi-system investigation.

• Metabolic and body-composition models
• Mitochondrial function and cellular energy
• Antioxidant and oxidative-stress pathways
• Tissue remodelling and recovery

A performance-focused protocol built around metabolic and growth-axis research. Retatrutide is investigated in metabolic and weight-regulation studies, Tesamorelin in growth-hormone-releasing and body-composition models, and MOTS-c in mitochondrial energy research. Together they target lean-mass and metabolic efficiency questions.

• Metabolic rate and weight-regulation models
• Growth-hormone axis and body composition
• Mitochondrial energy and endurance research

A skin- and aesthetic-focused research protocol. The GLOW blend and GHK-Cu are studied for their roles in skin quality, collagen, and tissue remodelling, while Glutathione is a widely researched antioxidant and skin-brightness model. The Glow Protocol is built for appearance- and oxidative-stress-related investigation.

• Skin quality, collagen, and elasticity models
• Antioxidant and skin-brightness pathways
• Tissue remodelling and aesthetic research

A longevity-oriented protocol targeting cellular-ageing pathways. Epithalon is studied in telomere and circadian research, MOTS-c in mitochondrial and metabolic-ageing models, and Tesamorelin in growth-hormone and body-composition studies often associated with healthy ageing. A focused starting point for ageing and cellular-health research.

• Telomere and cellular-ageing models
• Mitochondrial function and metabolic ageing
• Growth-hormone axis and healthy-ageing research

A neuro-focused research protocol covering focus, mood, and rest. Semax is studied in cognition and neuroprotection models, Selank in anxiety and stress-response research, and DSIP in sleep-architecture studies. Together they form a well-rounded base for nootropic and central-nervous-system investigation.

• Cognition, focus, and neuroprotection models
• Stress-response and anxiety research
• Sleep architecture and recovery pathways

A protective protocol centred on inflammatory-response and gut-health research. BPC-157 and KPV are widely studied in gut-lining and inflammatory models, while Glutathione is studied in antioxidant models. The Guardian Stack is designed for investigation into inflammation, immune balance, and cellular protection.

• Gut-lining and digestive-health models
• Inflammatory-response and immune research
• Antioxidant and cellular-protection pathways

A focused pigmentation protocol pairing both melanocortin research compounds. Melanotan-1 and Melanotan-2 are studied in melanogenesis and pigmentation models, with MT-2 also investigated in appetite and libido research. Together they provide a complete base for melanocortin-pathway investigation.

• Melanogenesis and pigmentation models
• Melanocortin-receptor pathway research
• UV-response and skin-tone studies