What is a neurotrophic factor derived from the brain?

neurotrophic factor derived from the brain (BDNF) is a protein able to regulate the development of neurons. It is primarily in the brain, although it also occurs in other areas of the body and is most concentrated in the bark, hippocamp and the basal front brain. Changes in the levels of neurotrophic factors derived from the brain were associated with neurological diseases, mental illnesses and delay in cognitive development. This protein has potential applications in medical treatment and is of interest to neurological scientists. These proteins act in different ways on neurons. In the case of a neurotrophic factor derived from the brain, protein is able to stimulate the germ cells to develop and distinguish new neurons and axons. In addition, the protein is involved in the regulation of processes that maintain neurons alive. As a result, it is an important part of brain chemistry and plays in the long term.

While people are born with most of their neurons already in place, like many other mammals, neurotrophic factorderived from the brain plays a role in neurological development. Animal studies have shown that the deficits of this protein can lead to developmental delays and sometimes death. In addition, the brain is able to grow some new neurons throughout life with the help of a neurotrophic factor derived from the brain. Without BDNF, the brain cannot perform a number of important functions.

mental illness, such as depression, was associated with changes in the levels of this protein, suggesting that it is associated with psychological conditions and cognitive development. In addition, certain neurological diseases are paired with the suppression of the production of a neurotrophic factor derived from the brain, showing how this protein plays a role in these disorders like Well. Understanding the role of BDNF in the processes of the disease in the brain may be important for research on how to prevent, treat and potentially cure some diseases involving the brain.

This protein was one of the firstThe neurotrophins that were identified and were very strongly studied in laboratory environments around the world. Neurological research of humans disrupts the fact that experimenting in the brain is considered unethical, forcing scientists to rely on observation and retrospective evaluation collect data on the role of different compounds in the human brain. People have asked for participation in neurological research, they can get information about what scientists will do to decide whether they want to participate.