Performance & Recovery
Research peptides investigated for tissue repair, musculoskeletal recovery, angiogenesis, and growth hormone-mediated regenerative pathways.
BPC-157
10mgThe body's repair peptide — heals your gut, fixes injured tendons and joints, and accelerates recovery from virtually any tissue damage.
- Heals gut lining and fixes digestive issues
- Repairs tendons, ligaments, and joint injuries faster
TB-500
10mgYour body's built-in repair signal — speeds muscle recovery, heals stubborn injuries, and reduces chronic inflammation and pain.
- Dramatically speeds muscle and tissue recovery
- Reduces inflammation and chronic pain
The ultimate recovery stack — BPC-157 repairs from the gut out while TB-500 drives blood flow and healing to damaged tissue. Together they cut recovery time dramatically.
- Dual-pathway recovery — heals from the inside out
- Synergistic repair for joints, tendons, and muscles
Ipamorelin
10mgThe cleanest growth hormone booster — releases GH without the hunger, bloating, or cortisol crash of other peptides. Pure muscle-building, fat-burning signal.
- Clean growth hormone release without hunger spikes or cortisol
- Builds lean muscle and accelerates fat burning
ARA-290
16mgNerve repair peptide — activates your body's innate repair receptor to heal damaged nerves, reduce neuropathic pain, and restore sensation without immunosuppression.
- Tissue-protective without immunosuppressive effects
- Repairs nerve damage in neuropathy models
About Performance & Recovery Research
The Performance & Recovery collection features peptides widely studied in sports medicine, orthopedic, and regenerative research contexts. BPC-157 is one of the most extensively studied peptides for tendon, ligament, and muscle tissue repair mechanisms. TB-500 (Thymosin Beta-4) is investigated for its roles in actin polymerization, cell migration, and wound healing. The BPC-157/TB-500 Blend combines these complementary compounds for multi-pathway tissue repair research. Ipamorelin is included for its role as a selective growth hormone secretagogue relevant to recovery and anabolic signaling. These peptides are essential for preclinical research in tissue regeneration and injury recovery.