In Mitosis, In the Interphase of cell division what 3 phases are there?
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1) G1 growth of the cell and replication of organelles\n2) S replication of DNA\n3)G2 growth of cell and replication of oraganelles
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Meiosis only happens in sex cells. Mitosis happens in all other cells. When mitosis happens the cell splits in two. Meiosis forms 4 cells, in females only one is an egg, in males all four are sperm. Meiosis goes twice through every stage, ie   metaphase.
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1.The genetic purpose of mitosis is to produce two daughter cells that are genetically identical to the parent cell.\n\n2.The sequence of stages that a cell passes through between one cell division and the next. The cell cycle can be divided into four main stages: the M phase, when nuclear and cytoplasmic division occurs; the G1 phase; the S phase in which DNA replication occurs; and the G2 phase.\n\n3.The cell cycle is an ordered set of events, culminating in cell growth and division into two daughter cells. Non-dividing cells not considered to be in the cell cycle. The stages, pictured to the left, are G1-S-G2-M. The G1 stage stands for "GAP 1". The S stage stands for "Synthesis". This is the stage when DNA replication occurs. The G2 stage stands for "GAP 2". The M stage stands for "mitosis", and is when nuclear (chromosomes separate) and cytoplasmic (cytokinesis) division occur. Mitosis is further divided into 4 phases.\n\npheeww.. it's like being back in school. Is hould get 10 points for this effort :-)
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in prophase only that is 1stphase in mitosis
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During mitosis, the chromosomes are tightly bundled so they are less likely to tangle and tear. During interphase, the cell is growing, so needs to access the DNA for instructions. DNA which is tightly packed, is not very accessible. Also, during interphase, the DNA is being replicated, so the DNA must unwind, which would make it more diffuse/harder to see.
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Mitosis and meiosis are sometimes called the two "nuclear division" processes
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Meiosis II is the second part of the meiotic process. Much of the process is similar to mitosis and meiosis I. \n\nProphase II \nIf needed, the nuclear membrane and nuclei break up while the spindle "network" appears and the chromosomes begin migrating to the metaphase II plate (at the cell's equator).\n\nMetaphase II \nThe chromosomes line up at the metaphase II plate at the cell's center. The kinetochores of the sister chromatids point toward opposite poles.\n\nAnaphase II \nThe sister chromatids separate and move toward the opposite cell poles.\n\nTelophase II \nDistinct nuclei form at the opposite poles and cytokinesis occurs.\n\nAt the end of meiosis II, there are four daughter cells each with one half the number of chromosomes of the original parent cell.
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Mitosis is the process of cell division.  Our cells are constantly dying off.  Mitosis allows living organisms to continue to survive by replacing the dying cells.
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At the time of cell division only the chromatid number doubles.Inter phase is the resting phase intht phase no doubling tales place .It takes place at the early meta phase stage\nIn anaphase the polar fibers or spindle fibers get attached to chromosome near the centromere.Then while they are moving towars poles,each centromere splits and carries half chromosome or one  chromatid.The chromatid in telophase becomes a full chromosome\nSo 46 chromosoes become 92 and 92become 46at the end of telophase stage.Hope you got the point.
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S phase in interphase
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Cytokinesis is the process whereby the cytoplasm of a single cell is divided to spawn two daughter cells. It usually initiates during the late stages of mitosis, splitting a binucleate cell in two to ensure that chromosome number is maintained from one generation to the next. One notable exception to the normal process of cytokinesis is oogenesis (the creation of an ovum in the ovarian follicle of the ovary), where the ovum takes almost all the cytoplasm and organelles, leaving very little for the resulting polar bodies, which then die. In plant cells, a dividing structure known as the cell plate forms across the centre of the cytoplasm and a new cell wall forms between the two daughter cells.\nThe big difference between animal and plant cell cytokinesis is that the animal cell develops a cleavage furrow that essentially pinches through the middle of the two new cells that will form two separate new cells.  In plant cells there is a new cell wall that begins to form between the two new forming cells called the cell plate.  This cell plate begins at the center of the two new cells and continues to grow outward towards the existing cell wall, finally dividing the one cell into two.
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Mitosis is the cell division that takes place in most type of cells. In this division the entire DNA of the cell is replicated. The original cell divides into two daughter cells. Mitosis gives rise to almost all the cells in the body. \nA different type of cell division called meiosis gives rise to sperm and eggs. Here the daughter cells have only half the number of homologous chromosomes. This is because on fertilization the sperm and oveum will combine to form the zygote which will develop into the baby. Meiosis reduces the number of chromosomes by half, so in humans each sperm and each egg has only 23 chromosomes, including one chromosome from each pair of homologous chromosomes.
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http://en.wikipedia.org/wiki/Mitosis\nhttp://en.wikipedia.org/wiki/Meiosis\n\nBecause meiosis is a "one-way" process, it cannot be said to engage in a cell cycle as mitosis does. However, the preparatory steps that lead up to meiosis are identical in pattern and name to the interphase of the mitotic cell cycle.
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1. Prophase 2. Metaphase 3. Anaphase 4.Teleohase
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two cell divisions.... one for meiosis 1 and one for meiosis 2
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Cytokinesis is the final stage of cell reproduction; it is the division of the cytoplasm into approximately equal halves, resulting in a roughly equal distribution of organelles in each of the daughter cells. Cytokinesis usually begins in telophase. We will discuss cytokinesis separately for organisms which do not have a cell wall (mostly heterotrophs) and those which do have a cell wall (generally autotrophs).\n\nFor a cell without a cell wall, cytokinesis begins with the pinching inward of the cell membrane caused by the action of a ring of special contractile proteins called actin and myosin. The pinching inward forms a deep grove, often called the cleavage furrow. Eventually, the opposite sides of the furrow meet and the cell splits into two new daughter cells.\n\nWhereas cytokinesis in cells lacking a cell wall occurs through a pinching inward, organisms with a cell wall undergo a process through which a so-called cell plate is built from the middle of the cell outward to the membrane. Vesicles from the Golgi bodies flatten and fuse in the center of the cell, forming the cell plate, which elongates toward the cell membrane as more vesicle are added. When the cell plate reaches the cell membrane, the parent cell is effectively separated into two new daughter cells, which then proceed to build a cell wall along the cell plate.
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Most mitotic cell divisions do result in daughter cells that are equal in size to the parent. During interphase, the cellular material, like cytoplasm, is duplicated as well as the genetic material. This is not the case for meiotic cell divisions, though, which yield cells that are certainly smaller than the parents, about 1/4 the size, and it is not always the case in mitosis, like for example, in the developing blastula.