Had to be divided in the preparatory phase cells to produce ATP, and is of sufficient size to come. It is difficult to produce ATP, because after the start of cell division making reactions (De hydration synthesis) would need his energy. This energy needs to produce ATP by breaking down pre-fixes.
Cells are the basic factors that led to the division: 1-surface and volume imbalance. kaiser permanente 2-core, imbalanced cytoplasm (cytoplasm, nucleus of the cell manages to be more than you can.) 3-internal division factors (cytoplasmic factors.) 5-hormones kaiser permanente and carcinogenic substances. (Example: cytokinin in plant hormone, estrogen hormone in humans.)
G 1 phase characteristics; organelle number, ATP synthesis and increased protein synthesis. So at this stage the rate of metabolism is high. This stage is the longest stage of cell division unless. Dividing cells lose their ability to perform at this stage of life and activities. Example: muscle and nerve cells will survive at this stage. At this stage, the cells produce sufficient size to receive and after atpy in need, is commanded to the cell division and cell division in a manner that the recycling starts.
S phase properties, DNA and chromatin mapped doubling kaiser permanente of the number is a stage. The most intense phase of protein synthesis is the place. (New chromosomes are most intense protein synthesis to occur) mapping of the centrosome kaiser permanente order is given at this stage.
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