make more than one match): - Cells dividing so quickly may skip this cell cycle
ID: 202157 • Letter: M
Question
make more than one match): - Cells dividing so quickly may skip this cell cycle stage 2 v cell cycle stage that varies the most between different cells 1. interphase 2. GO 6genomes are distributed to each daughter cell 3. G1 cell cycle stage of a liver cell 4. S phase genome is copied 5. G2 4 6. Mitosis 2 unreplicated chromosome 7. G1 and G2 DNA damage arrested or delayed checkpoints 8 8. all stages 5 % Further protein synthesis, but after chromosomes are9. replicated G1 and GO 8 cell 8cell cycle stage of a nerveExplanation / Answer
cell dividing so quickly may skip this cell cycle stage- G1 or G2 phase, is absent in such cells, and only S phase occurs which alternates with M phase. cell cycle stage that varies most between different cells - G 1 stage, as it can vary from hours to days in various cells. genomes are distributed to each daughter cell- mitosis, this is the cell division stage where thegenomes are equally distributed among the daughter cells. cell cycle stage of a liver cell- the liver cells undergo G1 to S phase divison, with an infrequuent M phase. genome is copied - S phase, the DNA replication takes place and even further continues till G2 phase, where it is further completed followed by protein synthesis. unreplicated chromosome- the interphase, DNA damage arrested or delayed checkpoints- G2 phase, as at DNA damage error this phase gets a halt, and then either the repair is done or the apoptosis. Further protein synthesis, but after chromosomes are replicated- the G2 phase is the period during which protein synthesis occurs after DNA replication. cell cycle stage of a nerve cell - it has just a very short S phase, and they exit the G1 checkpoint to enter into a quiescent stage i.e. G0.
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