A peer-reviewed scientific publication called Brain Disorders & Therapy is renowned for publishing top-notch research quickly. The writers in academia and industry are given an open access platform to submit their work piece research in this high impact factor journal for brain disorders. With its typical publications on brain research, it benefits the global scientific community.

Undifferentiated cells with the ability to differentiate into specific cell types are referred to as stem cells. They are the basic building blocks from which the body generates all other cells. Accordingly, stem cells can differentiate into any kind of cell given the appropriate parameters, including brain cells. The human brain and spinal cord each include a variety of specialized cells. Our neural cell replacement therapy aims to heal dead or sick progenitor cells that are present in the neurogenic region after first targeting the damaged areas in spinal cord injuries.

No despite the age of onset, a brain stem injury can result from a blow to the head. A head injury can cause a significant disability for the person who suffered a brain injury and may also lead to a variety of cognitive impairments including poor memory, lack of focus, or other motor-neurological illnesses like ataxia, spinal muscular atrophy, or Parkinson's disease. Any damage to the brain stem that is vascular in origin rather than the result of blunt force trauma that directly triggered the intracranial injury is also considered a brain stem injury.

Stem cells are proteins that promote the development of particular tissues and have the ability to transform into a variety of different cells inside the body. The growth factors produced by the stem cells will encourage the baby's brain to mend itself if we can place stem cells in the area that is injured. Even years after the initial accident, recovery has been observed in many cases of traumatic brain injury treated with stem cells within the first few days or even hours following the injury. Improvements were reported in cognitive abilities, perception, and mood or irritation. When motor function is impaired, it has sometimes improved immensely.

Damage to brain tissue following a traumatic brain injury may result in the death of brain cells. Neurons cannot renew or be replaced after they die. Since brain signals cannot travel through dead neurons, function is also lost as a result. The majority of treatments for brain injuries concentrate on triggering neuroplasticity because neurons cannot regenerate on their own. Reorganizing remaining brain cells is a component of neuroplasticity. The neurons are responsible for nerve signals to move fast where they need to go. The ability of the brain to create new neural connections, or neuroplasticity, is like creating a diversion to let vehicles avoid the damaged road. On the other hand, stem cell therapy is like repairing a damaged connection.