A human body cell has 46 chromosomes. Before mitosis, the DNA/chromosomes replicate, resulting in 92 chromosomes which will be divided into two genetically identical daughter cells during mitosis.
There are 92 sister chromatids in total because there are 42 chromosomes in the human body and each chromosome contains 2 sister chromatids.
There are 46 sister chromatids (23 pairs) during metaphase II.
There are 92 (46 identical pairs).
2
eight
Chromatids split during Anaphase.
anaphase
IN Mitosis, the Siter chromatids separate in anaphase. IN Meiosis, the tetrads separats in anaphase I and the siter chromatids separates in anaphase II
The nuclear membrane fades from view
Sister chromatids separate during Anaphase II of meiosis.*They are pulled apart and then start moving to opposite sides of the cell.
In anaphase, the chromatids separate to form individual chromosomes.
Chromatids split during Anaphase.
anaphase
Separation of chromatids during anaphase .
Chromatids separate during cell division ie anaphase of mitosis and anaphase 2 of meiosis.
IN Mitosis, the Siter chromatids separate in anaphase. IN Meiosis, the tetrads separats in anaphase I and the siter chromatids separates in anaphase II
mitosis
anaphase
Yes. Sister chromatids separate and become individual chromosomes during anaphase.
The Anaphase stage of Mitosis. The proteins that bind the sister chromatids are split so they become seperated. Then the centromeres, along with the attached chromosomes, start to be pulled apart towards opposite ends of the cell.
It is during the prophase when chromatids become visible. Prophase is the first as well as the longest stage of mitosis.
The nuclear membrane fades from view