TB-500 & BPC157 peptides were developed with the purpose of boosting recovery and healing. These peptides can aid in protection against injury and improve joint flexibility. Tb500 & Bpc157 supercharge natural recovery and regenerative processes, enabling optimum healing.

TB500 & BPC157, which both stimulate wound healing via various biological mechanisms, may have effects when used together, according to United Kingdom research.

In addition, fibroblasts regulate extracellular matrix production, are effective in wound healing and rely on immune system cells. These cells must travel to the site of injury to do their job. The protein actin is essential for this type of movement, which is called migration.

In the actin regulation process, both BPC-157 and TB-500 play. To increase the production of actin, BPC-157 works at the gene level. To allow cell movement, TB-500, an actin-binding protein, helps sequester actin where it is most beneficial. Thus, each of these peptides works in conjunction to increase the quantity and function of actin. Which in turn speeds up the migration of fibroblasts as well as immune system cells into injured tissues.

In the healing process, both peptides (TB500 & BPC157) interact with growth hormones. Growing hormone receptors are increased in fibroblasts by BPC-157, extending their lifespan and increasing their ability to promote soft tissue regeneration. With TB-500, the extra growth hormone receptors won’t go to waste because the fibroblasts will have great actin stores to use their extended lifespans. Thus, BPC-157, a growth hormone secretion inducer, and TB5-00 work together to accelerate wound healing.