Moreover, the internal microarchitecture of BDCMs can be adjusted during the activation process, producing an improved pore structure and internal channels, as well as alter morphological features to enhance the adsorption, electrical conductivity, and other physicochemical properties of BDCMs
Beyond that landmark study, the evidence base includes research showing GHK-Cu enlarges hair follicle size, extends the anagen (active growth) phase, stimulates dermal papilla cells (the cells that control follicle activity), promotes angiogenesis (blood vessel growth) to the scalp, and reduces the DHT-related inflammation that causes follicle miniaturization in androgenetic alopecia
A syringe that is too large for a small dose can be difficult to control, while a syringe that is too small for a large dose may require multiple injections, causing unnecessary discomfort
This suggests that GHK-Cu might help keep skin cells youthful and active, supporting skin regeneration by targeting specific cellular pathways related to stem cell health
