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This occurs during telophase of mitosis.
mitosis, cytokinesisInterphase and Mitotic phase1.Prophase which is where the nuclear membrane dissolves. 2.Telophase which is where two new nucli form.
The nuclear membrane and nucleolus both disappear during prophase of mitosis and meiosis.The nucleolus is a region of the interphase nucleus containing many of the genes that code for ribosomal RNAs (rRNAs). The genes are on a number of different chromosomes, which have to folded in such a way that these genes end up in the same region of the nucleus. During prophase the chromosomes separate from one another, and so the nucleolus disappears.The nuclear membrane has to be taken out of the way before metaphase, so that the chromosomes can move out of the confines of the nucleus. Enzymes break down the membrane into small fragments, which travel through the endoplasmic reticulum to the poles. They will be used to construct new nuclear membranes around the daughter nuclei during telophase.##One thing should be remain that nuclear membrane never disappeared just disorganized when RNA come out from nucleolus. Again its reorganized when RNA form in nucleolus.prophase
Full Moon and New Moon phases.
smooth endoplasmic reticulum
After the triple cores melted during nuclear fusion
Telophase
The nuclear membrane degrades in the part of mitosis called the "prometaphase". It is important because in the process of cytokinesis (nucleus division) the new nucleus has to burst out of the parent nucleus. The disintegration of the nuclear membrane makes sure that the new nucleus will come out smoothly and easily. If the nuclear membrane didn't disintegrate, the new nucleus would burst from the parent nucleus and therefore will damage the cell.
This is actually a bio question, but during the final phase, telophase.
The nuclear membrane breaks down during prophase, while the Deoxyribonucleic Acid (DNA) The nuclear membrane must break down to allow the chromosomes to be pulled apart and away from the area of the former nucleus towards the pole where the daughter cell will be formed. If the nuclear membrane did not break down the spindle fibers would not be able to reach the chromosomes and they would not be moved towards opposite poles of the cell.
At M (Mitosis) Phase, where all of the Kinase [turn -on and -off] enzymes {that determine wether or not the multitudinous 'nuclear-membrane components' are set to associate or not} are set to OFF, all of these nuclear-membrane-components just simply vanish into the aqueous ' fluids ' [that is the Cytoplasm] that are then simply shared between the daughter cells. When the new daughter cell 'sets up housekeeping' her first task is to reestablish the nuclear membrane. By the re-enabling of the " Kinase = On " system, the nuclear membrane and ALL OF ITS COMPONENTS will then just simply reappear and 'automatically' resemble to form the nuclear envelope.
yes, new ones of new designs.
It is Telephase because in Anaphase the centromeres split, and the sister chromatids are pilled to the opposite poles of the cell by the spindle fibers. In Cytokinesis it is already split and it made two identical nuclei.
when a new cell is made through mitosis a nuclear membrane is formed around the nucleus (center of cell that controls everything).
Cytoplasm
it's pahophase
The nuclear membrane reforms around the nucleus during Telophase, the last phase of mitosis.