Because each resultant daughter cell should be genetically identical to the
parent cell, the parent cell must make a copy of each chromosome before mitosis.
Daughter cells have the same amount of DNA as the parent cell. Related Articles.
What Are the Products of Mitosis in Human Skin Cells? ... used to represent what
the daughter cells will eventually do or become, then the answer is less clear.
Answer; How do the stages of the cell cycle prepare a cell for mitosis? ... number
of the daughter cells compare to the chromosome number of the parent cell? ...
One gamete results as the product of meiosis in human females; four gametes
Learn more about comparing meiosis and mitosis in the Boundless open
textbook. ... Compare and contrast mitosis and meiosis ... In mitosis, the daughter
cells have the same number of chromosomes as the parent cell, while in meiosis,
the .... Products. For Students · For Educators · For Institutions · Marketplace ·...
Both mitosis and meiosis are associated with cytokinesis. The end result of both
are daughter cells produced from a parent cell. The fundamental sequence of ...
Nov 12, 2013 ... Cells that stop dividing exit the G1 phase of the cell cycle into a so-called G0
state ... Here is a simplified diagram illustrating the overall process and products
of mitosis: ... daughter cells (sister chromatids do not separate) in the first division
... it has genetic information (alleles) inherited from only one p...
In somatic cells, ( regular body cells) the daughter cells genetically identical to
the parent cells because during mitosis, the chromosomes will.
Apr 21, 2010 ... Best Answer: The parent cell duplicates it's chromosomes in order to split in ....
How do the daughter cells at the end of mitosis and cytokinesis ...
The two new cells, products of the single original cell, are known as daughter
cells. .... The only cells of the body that do not duplicate through mitosis are the
sex ... the number of chromosomes of the original parent cell (which is diploid-2n)
The daughter cells are genetically identical to both the parent cell and the other
daughter cell. This accounts for only 10% of the cell cycle.