KLOW80 Research Grade Peptide Mixture Lyophilized Powder 80mg. High-purity KLOW80 peptide mixture lyophilized powder, suitable for laboratory research

                                                                                                                      WhatsApp: +85266976540

                                                                                          +85252797286                                                                                                             KLOW80 is a high-quality, research-grade lyophilized peptide mixture formulated with four highly bioactive synthetic peptides: GHK-Cu, BPC-157, TB-500, and KPV. This product is scientifically formulated and manufactured according to strict laboratory-grade purification standards. Each vial contains 80mg and is a comprehensive and highly effective research reagent widely used in modern life sciences, biomedicine, tissue regeneration experiments, and immunological laboratory analysis. Unlike traditional single-peptide raw materials that target only a single biological pathway, KLOW80 integrates anti-inflammatory activity, cell activation, migration regulation, tissue remodeling, and antioxidant protection into a stable formulation, providing researchers with a multi-dimensional experimental model for studying complex biological repair mechanisms and systemic metabolic regulation.

The core formulation of KLOW80 contains 50mg GHK-Cu, 10mg BPC-157, 10mg TB-500, and 10mg KPV per unit dose. This proportioning design is not random, but optimized based on massive amounts of academic data and repeated experimental verification to ensure that each peptide component maintains its independent biological activity while producing a significant synergistic effect. Each peptide component in KLOW80 is synthesized using high-purity artificial technology, effectively removing biological impurities, foreign proteins, and bacterial residues. The finished product is a white to off-white lyophilized powder with stable physicochemical properties, excellent water solubility, and batch-to-batch consistency, fully meeting the stringent quality requirements of international research laboratories and academic institutions.

GHK-Cu (copper tripeptide-1, CAS: 49557-75-7) is the main component of KLOW80. It is a copper-chelated peptide with well-defined biological activity, significantly regulating cell metabolism and extracellular matrix reconstruction. It plays an indispensable role in antioxidation, fibroblast activation, collagen synthesis, and microvascular regeneration. Numerous laboratory studies have confirmed that GHK-Cu can effectively scavenge excess reactive oxygen species within cells, reduce oxidative stress damage caused by external stimuli and aging metabolism, and protect normal cell activity and tissue morphology. Simultaneously, it can significantly upregulate the proliferative activity of skin and connective tissue fibroblasts, promote the orderly synthesis of type I and type III collagen and elastin fibers, and reverse the relaxation and atrophy of damaged tissues. In addition to structural reconstruction, GHK-Cu can also regulate the expression of various growth factors in tissues, improve local blood circulation, accelerate nutrient delivery, and create a healthy microenvironment for tissue repair and regeneration.

BPC-157 (CAS: 137525-51-0), as one of the core functional peptides of KLOW80, plays a crucial role in targeted damage repair and visceral microenvironment stabilization. This stable gastric-derived 15-peptide possesses unique biological activity, distinguishing it from ordinary repair peptides, and exhibits excellent repair effects on soft tissues, joint connective tissues, and gastrointestinal mucosa. In experimental settings, BPC-157 can effectively accelerate the healing process of mechanical and inflammatory injuries to tendons, ligaments, skeletal muscles, and articular cartilage, promote connective tissue cell proliferation, and improve the tensile strength and structural integrity of damaged tissues. Furthermore, it can repair damaged gastrointestinal mucosal barriers, reduce inflammation, edema, and mucosal erosion, regulate visceral microcirculation, and maintain the overall physiological stability of experimental biological samples. Its systemic repair capabilities perfectly complement the superficial metabolic regulation of GHK-Cu, achieving a combination of local tissue repair and overall physiological regulation.

TB-500 (CAS: 77591-33-2), derived from the active fragment of thymosin β-4, is a key component of KLOW80, responsible for regulating cell migration and activating endogenous regeneration mechanisms. Its core biological function lies in regulating the polymerization and depolymerization balance of intracellular actin, guiding repair cells to migrate, aggregate, and colonize in damaged tissue areas. In traditional single-peptide experiments, tissue regeneration often faces problems such as slow cell activation and insufficient repair cell aggregation, while TB-500 can effectively solve these bottlenecks. It can activate the vitality of tissue stem cells and progenitor cells, enhance the body's endogenous repair potential, and significantly accelerate the reconstruction process of skin trauma, muscle injury, vascular injury, and connective tissue injury.