There is still only one cell during Anaphase of Mitosis. Only after Telophase and Cytokenesis is there two cells.
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In Anaphase I
In meiosis (cell division to form gametes), the division that makes the cell haploid is called anaphase II. At anaphase I the homologous pairs are separated, but in anaphase II the chromatids are separated, which makes the cell haploid (the number of chromosomes is halved)
there are two cells forming in the anaphase, in the anaphase, the spindle fibres pulled the two stranded chrosomes apart to form two identical cells i.e mitosis.
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There are 2 cells formed by the end of mitosis and they are called daughter cells. Prophase, metaphase, anaphase, and telophase are the 4 stages of mitosis.
In Anaphase I
In meiosis (cell division to form gametes), the division that makes the cell haploid is called anaphase II. At anaphase I the homologous pairs are separated, but in anaphase II the chromatids are separated, which makes the cell haploid (the number of chromosomes is halved)
there are two cells forming in the anaphase, in the anaphase, the spindle fibres pulled the two stranded chrosomes apart to form two identical cells i.e mitosis.
They are separated in Anaphase I of Meiosis I.
During the Anaphase
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There are 2 cells formed by the end of mitosis and they are called daughter cells. Prophase, metaphase, anaphase, and telophase are the 4 stages of mitosis.
In the Anaphase
anaphase
During a process called 'meiosis' at the end of telophase which ends in cytokinesis - the process by which the daughter cells separate.
they separate they become 2 new cells and their the same in chromesomes.
During meiosis chromosomes are segregated at Anaphase I stage , this results in reduction in number of chromosomes from 2N to 1N .