Chromosomes need to be distributed to the daughter cells so precisely because the daughter cells need the the genetic information in the chromosomes. If a chromosome is missing in one of the daughter cells this could prevent the cell from producing a needed protein to survive or something to that effect.
Every time a cell divides, the newly formed cells must contain their own DNA. This is the reason why a copy of the cellular DNA has to be generated.
The cell goes through many phases. These phases are collectively called the cell cycle. One of the major steps in the cell cycle is the synthesis phase - where there is a doubling of the DNA in the cell - i.e the cell makes a copy of its DNA. This is called DNA replication.
When the cell divides, one copy of the DNA goes to each cell
Because without cell maintenance the organism wouldn't survive
So that the cell can develop and function properly.
It could cause a mutation
The parent cell will be diploid and contain paired chromosomes. The haploid cell will contain only one copy of each chromosome. In humans for example there are 23 pairs of chromosomes. In a somatic cell, which is diploid, the 23 pairs are present. In a gamete (sperm or egg cell), which is haploid there are only 23 chromosomes - unpaired. This is so that when the sperm and egg meet at fertilisation there are 46 chromosomes - 23 pairs - the correct number for the organism.
polynucleotide that contain genetic material that found in nucleus .
Chromosome make possible the precise separation of DNA during cell division
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posterior
Chromosomes need to be distributed to the daughter cells so precisely because the daughter cells need the the genetic information in the chromosomes. If a chromosome is missing in one of the daughter cells this could prevent the cell from producing a needed protein to survive or something to that effect.
alleles are located in the chromosomes.
Carbon, hydrogen, nitrogen, oxygen, and phosphorus. The precise ratio will depend on the exact sequence of base pairs.
The parent cell will be diploid and contain paired chromosomes. The haploid cell will contain only one copy of each chromosome. In humans for example there are 23 pairs of chromosomes. In a somatic cell, which is diploid, the 23 pairs are present. In a gamete (sperm or egg cell), which is haploid there are only 23 chromosomes - unpaired. This is so that when the sperm and egg meet at fertilisation there are 46 chromosomes - 23 pairs - the correct number for the organism.
so you can see a visual of the experiment your trying to figure out, but it's not going to be that precise (:
In order to get a more precise and accurate reading.
Canadian and British researchers have discovered that chromosomes play an active role in animal cell division. This occurs at a precise stage - cytokinesis - when the cell splits into two new daughter cells.In animal cells, division involves mitosis, the separation of chromosomes followed by splitting of the cell into two new daughter cells by cytokinesis. "Division is a complex and robust process that is generally performed flawlessly, but when an error occurs in DNA separation or during cytokinesis, it can be a source for triggering cancer, for example," said Hickson.
Not necessarily. It may be necessary to ask a question to clarify the inquirers precise needs.
line-drawing
when precise generalization to a larger population is not necessary and the focus group participants and the larger population are relatively heterogeneous
the opposite of precise is non-precise?
Not necessary but very precise info to pinpoint an exact location that everyone on the planet can understand.