Yes, it does.
mitosis start with one cell and finish with 2 identical cells
They are haploid. As meosis produces sex cells (sperm and eggs) they must have half the genetic material, so when fertilisation occurs the gamete formed has one full set of chromosomes, it is diploid.
This is a complicated question..There are a few things that we must clarifyThe basic definition of mitosis: The division of a cell where the daughter cells (cells resulting from this form of duplication) are genetically identical to that of the mother cell (or original cell).Mitosis is what we generally consider to occur in somatic cells (of animals). Somatic cells are all the cells of the human body that are not involved in reproduction, so basically they are everything except gametes.Somatic cells are largely diploid, so they have a complete set of all the DNA you inherited. With this information we can understand the answer to this question. In a single process of mitosis, where only one division occurs, a somatic cell (diploid) will divide into two genetically identical daughter cells (meaning they are also diploid).That said, these are the products of mitosis in a somatic cell:1 Diploid somatic cell + Mitosis = 2 Diploid somatic cells (daughters) genetically identical to the parent (parent)However, theoretically, if the parent is haploid, then mitosis still works to duplicate the DNA that was available in the original. So, in this case 2 haploid daughter cells would be produced because this was the nature of the parent cell.
Human body cells that are 2n are called "diploid"
All of the cells in a human body, including the stomach are diploid. There is one cell that is not diploid and that is the sex cell. It is haploid.
Mitosis results in one diploid cell dividing into two genetically identical diploid daughter cells.
In a typical somatic cell, mitosis produces one diploid "daughter" cell from one diploid parent cell. In a gametic cell, meiosis produces 4 haploid "daughter" cells from one diploid parent cell.
A diploid cell is a cell that contains two copies of each chromosome: one from a maternal source and the other is paternal. This occurs in the process of mitosis or the cell division (also called reproduction) of body cells (any cell except the gametes). Diploid cells and the process of mitosis are responsible for growth, cell replacement, and cell/tissue repair.
A haploid cell only contains 23 chromosomes, whilst a diploid cell contains 23 x 2 chromosomes. When an egg cell (haploid) and a sperm cell (haploid) merge, a diploid cell is formed. Added: Called a zygote.
one diploid cell normally yields two cells in one cell cycle. These, from the start, are haploid, but later they synthetise second set of genome thus being diploid.
mitosis start with one cell and finish with 2 identical cells
They are haploid. As meosis produces sex cells (sperm and eggs) they must have half the genetic material, so when fertilisation occurs the gamete formed has one full set of chromosomes, it is diploid.
This is a complicated question..There are a few things that we must clarifyThe basic definition of mitosis: The division of a cell where the daughter cells (cells resulting from this form of duplication) are genetically identical to that of the mother cell (or original cell).Mitosis is what we generally consider to occur in somatic cells (of animals). Somatic cells are all the cells of the human body that are not involved in reproduction, so basically they are everything except gametes.Somatic cells are largely diploid, so they have a complete set of all the DNA you inherited. With this information we can understand the answer to this question. In a single process of mitosis, where only one division occurs, a somatic cell (diploid) will divide into two genetically identical daughter cells (meaning they are also diploid).That said, these are the products of mitosis in a somatic cell:1 Diploid somatic cell + Mitosis = 2 Diploid somatic cells (daughters) genetically identical to the parent (parent)However, theoretically, if the parent is haploid, then mitosis still works to duplicate the DNA that was available in the original. So, in this case 2 haploid daughter cells would be produced because this was the nature of the parent cell.
Human body cells that are 2n are called "diploid"
cell division: the process of interphase and mitosis makes one cell into two new ones with identical DNA interphase prepares the cell for mitosis mitosis includes prophase, metaphase, anaphase, and cytokinesis
All of the cells in a human body, including the stomach are diploid. There is one cell that is not diploid and that is the sex cell. It is haploid.
Mitosis produce somatic cells,In the sense that it produces cells in the body. However, mitosis does not complete the cell multiplying process. It is the second stage.