An investigational new generation peptide being studied for weight regulation, energy metabolism, insulin sensitivity, and overall metabolic health.
Natural copper peptides that support tissue regeneration, collagen and elastin production, wound healing, and cell protection from oxidative stress and signs of aging.
A synthetic peptide derived from stomach protective proteins, researched for tissue regeneration, tendon, ligament, muscle injury recovery, gastrointestinal health, and post-physical trauma healing.
A combination of two regenerative peptides that work synergistically to support tissue recovery, mobility, and physical performance—BPC-157 works locally on the injury area, while TB-500 provides systemic effects throughout the body.
Unique peptides encoded by mitochondrial DNA, studied for cellular energy metabolism, insulin sensitivity, physical performance, mitochondrial function, and healthy aging.
A combination of two synthetic peptides that work synergistically to naturally stimulate growth hormone release, supporting tissue recovery, fat metabolism, body composition, and longevity.
A synthetic form of human growth hormone that plays a role in cell regeneration, protein synthesis, fat metabolism, body composition, and supports research related to healthy aging and physical performance.
Active α-MSH-derived tripeptide being investigated for the modulation of inflammatory responses, gut mucosal health, gastrointestinal tract integrity, and tissue repair.