Brain Regeneration

Brain Regeneration

Most people believe that brain cells cannot divide or repair themselves—that once damaged, they’re gone for good. It’s commonly thought that if someone develops dementia or Alzheimer’s disease, there’s no way to improve the condition. Likewise, in cases of paralysis or stroke, it’s often assumed that recovery of motor function is impossible. However, this is not entirely true.

In reality, brain cells do have the capacity to divide and replace those that have died, and they can repair themselves. The key issue is that this regenerative process occurs extremely slowly. As a result, any self-healing effects in the brain take a very long time to become noticeable—so much so that they’re often perceived as nonexistent.

Our bodies naturally produce a specific type of protein that stimulates brain cells to repair themselves. However, this protein is found in only very small amounts in the brain, which limits the effectiveness of the repair process. Consequently, the brain’s healing is both slow and insufficient, while damage can happen rapidly—leading to a continued decline in neurological function.

This special protein that promotes nerve system regeneration is called a Neuropeptide. The term “Neuro” refers to the nervous system, and “Peptide” means a short chain of proteins. So, a Neuropeptide is a short-chain protein specifically designed to support the nervous system. It is not found in ordinary foods and is instead produced naturally within the brain. This means it cannot be obtained through diet.

Brain Booster

Today, this special protein can be extracted and used in two forms: oral supplements and intravenous injections. The intravenous form is commonly referred to as a Brain Booster. It works by stimulating the regeneration of brain cells, promoting the branching of neurons, enhancing the function of glial (supporting) cells, and reducing inflammatory agents that cause brain damage.

To achieve the best results, Brain Booster should be administered as soon as possible after a brain injury. The earlier the protein is introduced following the onset of symptoms, the more effective the treatment. According to recommendations approved by both the U.S. FDA and Thailand’s FDA, prompt and continuous administration delivers optimal outcomes.

For example, in cases of ischemic stroke, the special protein should ideally be given immediately after hospital discharge to accelerate brain tissue repair. Some private hospitals have begun administering this therapy while patients are still admitted. However, intravenous supplementation is not yet widely available in Thailand. Due to the relatively high cost, it remains out of reach for most public hospitals, which often do not offer this advanced protein therapy to patients.