Mitotic cell division
34 Mitosis followed by cytokinesis produces genetically identical daughter cells.
Canadian and British researchers have discovered that chromosomes play an active role in animal cell division. This occurs at a precise stage - cytokinesis - when the cell splits into two new daughter cells.In animal cells, division involves mitosis, the separation of chromosomes followed by splitting of the cell into two new daughter cells by cytokinesis. "Division is a complex and robust process that is generally performed flawlessly, but when an error occurs in DNA separation or during cytokinesis, it can be a source for triggering cancer, for example," said Hickson.
M [mitosis]-phase follows both Growth-phase 1 and [dna synthesis] S-phase; the transition between S-phase and M-phase involves the condensation of chromatin into chromosomes, and what is frequently observed is the movement, translocation, separation [division] and migration of the two sets of chromosomes to the two Cellular/nuclear 'poles'. This is very quickly followed by Cellular binary fission.
i think it has something to do with the distribution of genes that will be inherited soon by the offspring. interphase is responsible for the creation/production of organelles and it is where DNA was synthesized. it was followed by mitotic division, which is the duplication of genes with the same number of chromosomes. then meoitic division will carry the genes but divide the chromosomes to half so that during fertilization it will restore the original number of chromosomes.
In organisms that reproduce sexually, each offspring gets half its chromosomes from its mother and half from its father. Therefore, except in the case of monozygous twins, the chances of chromosomally identical siblings are very low.
After mitosis followed by cytokinesis, the two identical daughter cells have a complete and identical set of chromosomes, which are the same as the parent cell.
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A program is created from a set of directions that are followed by a computer to complete a task.
34 Mitosis followed by cytokinesis produces genetically identical daughter cells.
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Canadian and British researchers have discovered that chromosomes play an active role in animal cell division. This occurs at a precise stage - cytokinesis - when the cell splits into two new daughter cells.In animal cells, division involves mitosis, the separation of chromosomes followed by splitting of the cell into two new daughter cells by cytokinesis. "Division is a complex and robust process that is generally performed flawlessly, but when an error occurs in DNA separation or during cytokinesis, it can be a source for triggering cancer, for example," said Hickson.
M [mitosis]-phase follows both Growth-phase 1 and [dna synthesis] S-phase; the transition between S-phase and M-phase involves the condensation of chromatin into chromosomes, and what is frequently observed is the movement, translocation, separation [division] and migration of the two sets of chromosomes to the two Cellular/nuclear 'poles'. This is very quickly followed by Cellular binary fission.
In metaphise, the spindle fibrez attach themselves to the centrumeres, or the constricted region of a chromosome where the two chromathds are attached, of the chromosomes and align the the chromosomes at the equatorial plate. I just guess
two or four it all depends on sister and daughter chromosomes during the mitosis procedure about half the amount
Interphase which is the cell division, Prophase where the chromatin condense into chromosomes, Metaphase where chromosomes align at the metaphase plate and Anaphase where chromosomes split and the kinetochore microtubles are shorten. This is followed by telopase where chromosomes get largely elongated and surrounded by nuclear envelope.
The question is ambiguous. It is in complete.
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