To maintain viability of the daughter cells in cell replication, the cell prepares for mitosis during interphase by doubling the genetic information in Synthesis phase. After DNA is coiled into chromosomes in prophase, they line up at the equator of the cell in metaphase. Once chromosomes separate at the centromere, they drift to opposite ends of the cell, ensuring that each new daughter cell contains the exact same genetic information as the parent cell.
Mitosis does not change traits. For example in meiosis chromosomes from each parent "cross-over" so the resulting chromosomes have traits from both the mother and the father. In mitosis, DNA is just replicating so it is not changing.
Chromosome replication and ensuring the daughter cell gets a genetically identical copy of the original.
It makes sure that the cell is identical to its parents
It ensures this because the cell splits completely in half. To do this, each chromosome first replicates itself so that there are two.
This process depends upon chromosomal Replication.
No
No. Mitosis produces an exact copy of a cell's DNA. Meiosis allows genetic transfer to occur.
They repair and allow for growth.
it is made up by chomosomes which is the dna sequence and takes place in every cell you have. but if one of the chomosome is missing it can make the person mutate
DIVISION
reproduction of a cell by division into two approximately equal parts
No. Mitosis produces an exact copy of a cell's DNA. Meiosis allows genetic transfer to occur.
They repair and allow for growth.
it is made up by chomosomes which is the dna sequence and takes place in every cell you have. but if one of the chomosome is missing it can make the person mutate
Science.
DIVISION
Where genetic information is shared by gametes from two parents it produces variety in the offspring. This variety can then allow a species to evolve to exploit different environments.
Where genetic information is shared by gametes from two parents it produces variety in the offspring. This variety can then allow a species to evolve to exploit different environments.
Palindromes are important to genetic engineers because they allow the genetic engineers to knoe were to cut and splice DNA.
We may safely disregard all of the information includedon the list that accompanies the question.
through mitosis
Mutations and the genetic shuffling that occurs with sexual reproduction
Where genetic information is shared by gametes from two parents it produces variety in the offspring. This variety can then allow a species to evolve to exploit different environments.