yes it is, in mitosis, a cell with a diploid number (2n) of chromosomes eg 46, will produce daughter cell of equal nd diploid number of chromosomes(46)
By uniform replication of DNA and division of centomeres, the daughter nuclei receive the same number of chromosomes.
nuclearIt is the division of the nucleus. Here the chromosomal number is not changed.
No. The cells must undergo mitosis and multiply themselves in order for any organism to grow. The size of the cell does not change. Only the quantity of them do.
The chromosomal complement of daughter cells depends on the type of cell division occurring. In mitosis, daughter cells receive an identical set of chromosomes as the parent cell, maintaining the same chromosomal complement. In meiosis, the daughter cells have half the number of chromosomes, resulting in a haploid complement, which is essential for sexual reproduction.
When eggs and sperm are made, the DNA splits off in halves. Then when a sperm joins an egg, they recombine to form a new piece of DNA which is two perfect halves. Sometimes there is more or less info, this leads to defects which will prevent breeding, since people with the defect don't breed, the defect doesn't spread rapidly.
By uniform replication of DNA and division of centomeres, the daughter nuclei receive the same number of chromosomes.
nuclearIt is the division of the nucleus. Here the chromosomal number is not changed.
So they can surviveThey are important in increasing number of cells. It maintains chromosomal number
No. Mitosis produces identical daughter cells - same DNA and same amount. Only in meiosis does the chromosome number halve.
No. The cells must undergo mitosis and multiply themselves in order for any organism to grow. The size of the cell does not change. Only the quantity of them do.
Gametes don't undergo Meiosis, but are CREATED in Meiosis.Gametes should be haploid. Otherwise chromosomal number will be doubled in offspring
Mitosis is cell division in which the chromosome number stays the same. Although at some points throughout the cell cycle, chromosomes may consist of two sister chromatids
The product of mitosis in the cell cycle is two daughter cells that are genetically identical to the original parent cell. Mitosis is responsible for cell replication and growth, ensuring that each daughter cell receives a complete set of chromosomes.
When eggs and sperm are made, the DNA splits off in halves. Then when a sperm joins an egg, they recombine to form a new piece of DNA which is two perfect halves. Sometimes there is more or less info, this leads to defects which will prevent breeding, since people with the defect don't breed, the defect doesn't spread rapidly.
Diploid cells are cells with full chromosomal number.Haploids are with half chromosomal number.
Mitosis stays diploid throughout. The first part of Meiosis- Meiosis I- is diploid, but after Telophase 1 it becomes haploid throughout Meiosis II. Source: College student in Bio 2: Book using is "Biology"; 8th Edition; Campbell/Reece
During cell division, the chromosome number remains constant. In mitosis, each daughter cell receives an identical set of chromosomes to the parent cell. In meiosis, the chromosome number is halved to produce gametes with half the number of chromosomes as the parent cell.