The body takes what it needs and eliminates the rest, so there is no toxicity risk from these amounts
What the Research Shows Preclinical Evidence Laboratory and animal studies demonstrate that GHK-Cu: Stimulates wound contraction and healing Enhances collagen deposition Modulates MMP activity Promotes angiogenesis in damaged tissue Gene profiling research suggests GHK can influence expression of multiple repair-associated genes
Studies explore how it supports cartilage cell signaling and matrix stability, which plays an important role in joint-related inflammatory environments
Traumatic brain injury shows neuroprotective benefits with BPC-157 treatment in rodent models, suggesting potential for acute brain injury management
Hepatology 52 , 14551464 (2010)
AHK-Cu can potentially help with: Promoting the growth of hair follicles Improving scalp health Producing collagen and elastin With its focused profile in haircare, AHK-Cu has become a targeted option for hair-specific routines, which is why PLU Laboratories offers it alongside our GHK-Cu lineup