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in mitosis (specifically Prophase) the chromosomes are dense and therefore visible for a karyotype. during interphase they do not have to be ready to be pulled apart so they are not wound tightly.
A karyotype is a picture of all the chromosomes in a person's cells. A human has 46 chromosomes in all but sex cells.
A karyotype is the number and type of chromosomes within the nucleus of a cell of a species. Given that definition, the karyotype is within the cell. There can be no cells within the karyotype.
no. the activities within the cells are the same
during interphase the cells prepare for the divsion and the DNA replicates and chromosomes form
in mitosis (specifically Prophase) the chromosomes are dense and therefore visible for a karyotype. during interphase they do not have to be ready to be pulled apart so they are not wound tightly.
You must be in genetics lab... Red blood cells do not have a nucleus therefore a karyotype cannot be assembled. The chromosomal preparations cannot be performed on the red blood cells. Thus, the reason they use white blood cells.
A karyotype is a picture of all the chromosomes in a person's cells. A human has 46 chromosomes in all but sex cells.
A karyotype is the number and type of chromosomes within the nucleus of a cell of a species. Given that definition, the karyotype is within the cell. There can be no cells within the karyotype.
In the cell cycle of cancer cells interphase is still the longest phase. However, interphase is shorter in cancer cells than in normal cells.
This is because the cells divide so rapidly that Interphase is such a short period of time; thus, few cells are in Interphase.Read more: Why_was_if_difficult_to_find_interphase_cells_in_the_whitefish_blastula_slide
there are 24 in a cellular division interphase, so in a normal satisfactory interphase, the conclusion comes out to be 48.
The cells that would be constantly in interphase would be the cells that don't really work anymore.. that are not replicating anymore.
Interphase. The longest part of interphase is the G1 phase.
no. the activities within the cells are the same
interphase
Any undergoing mitosis