What are the nerve progenitor cells?
neural progenitor cells are specialized cells with the ability to develop on neurons in a process known as neurogenesis. They are similar to stem cells, but have a more specific function. These specialized cells can be identified in medical imaging studies of the brain and nervous system and are a topic of interest to scientists who want to learn more about the development and recovery of the brain from brain injury. This may also be important for the study of congenital nervous system disorders, some of which are related to the problems with nerve progenitor cells. The body contains a number of stem cells capable of developing on different types of cells. As they ripen, their ability to distinguish themselves into different types of cells. Neural progenitor cells could be considered a special type of stem cells that are capable of maturing into different nerve tissues or different, but related, type of cell, depending on the text and research worker. Have a tendency to arise at the beginning of the fetal development and puts the bendADY brain and central nervous system. Errors in fetal development caused by environmental problems or congenital disorders can cause disorders with nerve progenitor cells. Cells may not be fully developed or the nervous system may be incomplete or damaged.
Research shows that some nerve progenitor cells take place in adulthood and can continue to differentiate new brain cells. This is an important realization for neurological research because it suggests a certain ability to recover from certain types of brain injuries. These cells can also create problems in the brain because they are capable of uncontrolled division and cancer development. With limited space for expansion and very sensitive surrounding tissues in the brain, such growth can quickly become a serious medical problem.
Scientists cultivate lines of nerve progenitor cells in the laboratory environment. They also study the development of suchCH cells in different animals to learn more about the ripening of the human brain and the nervous system. The ability to grow cells in culture provides important research opportunities because it allows scientists to explore what is happening under different conditions and how cells are hoging and turned into cancer tumors. People interested in this kind of work usually need advanced titles in topics such as molecular and cellular biology.