Karyotype analysis is performed in cells undergoing mitosis, or cell division, in which the chromosomes condense and can be stained and visualized.
Because the chromosomes are then condensed enough to see when the process is stopped and the typing is begun.
The karyotype is the number and appearance of chromosomes in the nucleus of a cell. Mature red blood cells don't have a nucleus, so they cannot be used for karyotyping.
Before a normal cell becomes too large to carry out normal activities it will divide to form two daughter cells. This cell division is called mitosis.
Yes, endothelial cells divide. It is important that these cells divide to replace old/dead cells and to create new blood vessels.
The cells divide into two daughter cells, to make way for replication.
Somatic cells divide in order for organisms to grow and replace the cells that die.
The karyotype is the number and appearance of chromosomes in the nucleus of a cell. Mature red blood cells don't have a nucleus, so they cannot be used for karyotyping.
Most karotyping is done on embryonic or fetal cells.
Ok so if you were asking this question well i would say the cells divide into equally developed cells. ok thanks for your time :) signed, Elisabeth
Cells divide.
daughter cells
yes. all skin cells divide and divide and divide all over your body.
blood cells do not carry food, blood cells carry oxygen.
Yes, endothelial cells divide. It is important that these cells divide to replace old/dead cells and to create new blood vessels.
Before a normal cell becomes too large to carry out normal activities it will divide to form two daughter cells. This cell division is called mitosis.
yes. all skin cells divide and divide and divide all over your body.
The cells divide into two daughter cells, to make way for replication.
Mitosis is a form of cell division. Cancer is a mutation in cell division, generally in such a way that cell divide too often and are unregulated and end up developing a mass. Those cells also carry the mutation and those cells divide and create new mutated cells, on and on and on.