daughter cell

Thus, a single growth step may result in 4 or 8 daughter cells per mother cell.

Both daughter cells from the division do not necessarily survive.

Sure enough, the three daughter cells appeared, filling themselves out as they separated.

The two daughter cells do not fully separate and remain attached to one another.

The cell can now divide to give two daughter cells."

This produces a single daughter cell with its copy number doubled.

The pit connection is formed where the daughter cells remain in contact.

Meiosis is now complete and ends up with four new daughter cells.

The difference of a daughter cell from the mother may be great, but it could also be much less, even subtle.

In other words, the daughter cells do not have the same number of chromosomes as the cell they originated from.

Their formation results in the daughter cell lacking a part or all of a chromosome.

The daughter cells change into the many cell types of the mature embryo.

This always leads to daughter cells, and the offspring will be identical to the parent.

Therefore one daughter cell is always smaller than the original cell.

In cell division, two identical clone daughter cells are produced.

During mitosis, only one daughter cell appears to acquire this structure.

One daughter cell receives both; and the other receives none.

When the stem cell divides the two daughter cells behave differently.

So, alleles on the same chromosome can be separated and go to different daughter cells.

A parent bacterium splits itself into two identical daughter cells.

These daughter cells then split themselves in half.

Bacteria will divide into two daughter cells, each of which contains identical genetic information.

During meiosis, there are two cell division steps that together produce the four daughter cells.

The first division results in a small "first polar body" and a much larger daughter cell.

The two new mirror-image chromosomes are pulled into opposite daughter cells.