Peptides like BPC-157 and TB500 are effective for tissue repair and healing, especially for athletes looking to enhance recovery.

Stem cells in the adult brain can promote recovery after injuries like stroke by secreting growth factors that enhance native neurogenesis and modulate the immune system.

Stem cells can be used to recover function in the brain and spinal cord after injuries like concussion, TBI, or stroke.

The old belief that nerve cells in the brain do not regenerate is being challenged; recent studies show that there is potential for recovery and regeneration after brain injuries.

Physical activity and rehabilitation are crucial for stroke recovery; engaging in forced activity can stimulate recovery in the affected brain circuits.

Vagal nerve stimulation, combined with intensive physical therapy, is the first FDA-approved treatment for chronic stroke patients, showing modest but meaningful improvements in recovery.

A brain lesion can lead to significant behavioral deficits that may recover over time due to brain plasticity, but deeper brain lesions can result in permanent deficits without intervention.

I experienced significant cognitive improvement after receiving exosome therapy, which I used for my knee injury as well.

After a traumatic accident that left me with severe spinal injuries, I chose not to undergo surgery. Instead, I focused on the belief that my mind could heal my body, which set me on a path of exploration into the power of the mind.