Neuronal Cell Cycle

Neuronal cell cycle represents the life cycle of a biological cell, its creation, reproduction, and eventual death. The process in which cells divide into two daughter cells is called mitosis. Once these cells are entered into the G1, the phase where most proteins are needed to replicate DNA. After G1, cells enter the S phase where DNA is replicated. After S, the cell will enter the G2 where mitosis proteins are needed to be produced. Unlike most cell types, neurons are generally considered to fail to expand upon differentiation, as they do in the adult nervous system. However, it is understood that neurons may also enter the cell cycle under certain conditions. Sensitive and irritable neurons, for example, attempt to double the cell cycle when it is severely damaged such as DNA damage, stiffness, and excitement. This process is called "re-entry of the cell cycle" because the cells usually die in the G1 / S test area before the DNA is replicated.

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