This is almost always followed by a further mitotic division, so that the ascus ultimately has eight daughter nuclei.

This occurs when the second mitotic division takes place in order to transform from one single cell into a various number of cells.

After the second mitotic division, the complex of cells called blastomeres.

The mitotic division of T.brucei is unusual compared to most eukaryotes.

As is apparent from Chapter 3 (Section 2), the growth and development taking place in the early fetus provides a rich source of mitotic division.

We have observed it growing; it turns purple, apparently at the point of mitotic division.

At the same time, each nucleus undergoes mitotic division to produce two daughter nuclei.

The zygote undergoes mitotic cellular divisions, but does not increase in size.

This causes rapid mitotic division of the unwanted cells.

In humans, after about three days, the zygote forms a solid mass of cells by mitotic division, called a morula.