The Distribution of cytoplasm to daughter is accomplished during?
359462
I believe during cytokinesis.
747112
from original cell 2 from those (daughter cells)  they each split again which results in 4 cells...hope this helps...the question is hard to understand
124582
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.
264517
Meiosis, as the name implies is a reduction division. That is at the end of it the chromosome number is reduced to half the original number; from diploid to haploid.\nThus, it can occur only in diploid cells, haploid can never undergo meiosis.\nIt occurs during gamete formation, spore formation or zygote germination. It is the nature’s mechanism by means of which the chromosome number and the quantity of DNA remains constant from one generation to the next.\n What happens before meiosis? – Chromosome duplication occurs before the cell begins to divide; the DNA content of the nucleus doubles.\nWhat is produced after the first division? – Two daughter nuclei are produced at the end of it. The chromosome number is reduced to half in each one of them; i.e. they are, now, haploid. But the DNA content is not exactly halved. \nWhat is produced after the second division? - The second meiotic division is the same as mitosis. From two daughter nuclei in the earlier phase four daughter nuclei are produced. The chromosome number is already reduced, now the DNA quantity is also reduced to half of that present in the original parental cell.\nThus the four cells at the end of meiosis are haploid and DNA is also half of the original parental cell. Thus the products are different than the one at the end of mitosis. Besides, the genes are also different and not identical on all the four cells.  \n What can go wrong? – Many things can go wrong and it will be difficult to explain them here.\n1) Chromosome pairs may fail to separate properly, leading to chromosomal imbalance in the resulting cell. This in turn can produce genetic defects or variations in the next generation.
916206
Mitosis is a continuous process by which the body grows and dead body cells are replaced, in this type of cell division each "daughter cell " contains  the exact number of chromosomes as the "parent cell" 46 also called the diploid number. The process of mitosis  in sperm is called spermatogenesis  and in the ovum , called oogenesis.\nMeiosis is a different type of cell division where reproductive cells undergo 2 sequential divisions. During meiosis the number of chromosomes is reduced to half, 23 chromosomes also called the haploid number. At the moment of fertilization (when the sperm and ovum unite) the new cell contains 23 chromosomes from the sperm and 23 chromosomes from the ova returning to the diploid number of 46 and both the mothers and fathers traits are inherited by the gamete
257262
Interkinesis is the period of time between Meiosis I and Meiosis II. Thus, reductional division has occurred and there should be half as many chromosomes in a single daughter cell nucleus as there were in the mother cell nucleus. \n\nSince the mother cell nucleus had 24 chromosomes, a daughter cell nucleus should now have 12 chromosomes. These 12 chromosomes should be in the replicated state. Thus, there will be sister chromatids -- two per replicated chromosome. Therefore, there should be 24 sister chromatids. \n\nBecause reductional division produced daughter cels with half as many chromosomes, there should also be only half as much DNA in each daughter cell nucleus: 30 ng!
526164
Meiosis:  \nprocess of cell division which occurs in the maturation of sex cells (Biology).\n\nMitosis:\nprocess of cell division resulting in two daughter cells which are identical to the original nucleus (Biology).
578936
Around the time of ovulation.\n\nThis is the time where an egg is released from the ovaries and travels down the fallopian tube.  It then gets fertilised whilst in the tube and then embeds inself in the uterus wall lining.\n\nThe time when this happens is usually fourteen days after the completed menstrual cycle (i.e. fourteen days after the girl has finished her period).
698789
it is NOT in mitosis!!!!\nmitosis happens AFTER G2\ncytokinesis is on of the final stages of mitosis!\n\neverything else is right :)
925772
In plant cells Cell Plates appear after division of nuclease which divide it in to two equal daughter cell, while in animal cell after nuclease division cell membrane receive external pressure which devoid Cell in to two equal cells.
463039
In order for crossing over to occur, two different cells are needed, one maternal and one paternal. In mitosis a cell produces two identical daughter cells (no other chromatid to cross with). In meiosis, after DNA replication the two chromatids recombined or cross over.
1076524
dictionary.com\ncytokineses-The division of the cytoplasm of a cell following the division of the nucleus.\nmitosis-The entire process of cell division including division of the nucleus and the cytoplasm.\nmeiosis-Genetics. The process of cell division in sexually reproducing organisms that reduces the number of chromosomes in reproductive cells from diploid to haploid, leading to the production of gametes in animals and spores in plants.
726289
the above answers are all correct\nCytokinesis is an eventual outcome of mitosis\nwhen mitosis or cell division happens when all the DNA and proteins are already prepared the cytoplasm divides (cytokinesis) leading to 2 new cells and cytokinesis happens in certain phases of mitosis like anaphase and telophase
394770
The beginning of somatic cell division or mitosis is called prophase. In early prophase, the centrosomes move toward opposite poles of the cell, organizing the spindle microtubules between them. The sister chromatids become visible in the nucleus as they condense.In late prophase, the nuclear membrane breaks down and some of the spindle microtubules attach to the sister chromatids. The microtubules pull the chromatid pairs to the midline of the cell, or metaphase plate.The chromatids remain lined up between the poles of the cell during metaphase.Anaphase begins when the pairs of sister chromatids separate. The separated chromatids are now called chromosomes, and move toward the poles of the cell.The chromosomes arrive at the poles in telophase, and new nuclear membranes form around them.Division of the cytoplasmic components is called cytokinesis.In animal cells, cytokinesis occurs when a ring of actin and myosin filaments constricts the plasma membrane at the equator. Eventually, the parent cell is divided into two cells.Meiosis I-Prophase I-In the leptotene stage, the cell's genetic material, which is normally in a loosely arranged pile known as chromatin, condenses into visible threadlike structures. Along the thread, centromeres are visible as small beads of tightly coiled chromatin. Recall that centromeres are connection sites between sister chromatids, which are not yet distinguishable. As the chromatin becomes progressively ordered and visible, homologous chromosomes find each other and bind together. In this process, called synapsis, a protein structure called the synaptonemal complex attaches the homologous chromosomes tightly together all along their lengths.The zygotene stage sees the completion of synapsis. The paired homologous chromosomes are said to be bivalent. They may also be referred to as a tetrad, a reference to the four sister chromatids. During this stage, one percent of DNA that wasn't replicated during S phase is replicated. The significance of this cleanup act is unclear.The pachytene stage heralds crossing over. Nonsister chromatids of homologous chromosomes exchange segments of genetic information. Because the chromosomes cannot be distinguished in the synaptonemal complex, the actual act of crossing over is not perceivable through the microscope.During the diplotene stage, the synaptonemal complex degrades. Homologous chromosomes fall apart and begin to repel each other. The chromosomes themselves uncoil a bit, allowing some transcription of DNA. They are held together by virtue of recombination nodules, betraying the sites of previous crossing over, the chiasmata.Chromosomes recondense during the diakinesis stage. Sites of crossing over entangle together, effectively overlapping, making chiasmata clearly visible. In general, every chromosome will have crossed over at least once. The nucleoli disappears and the nuclear membrane disintegrates into vesicles.During these stages, centrioles are migrating to the two poles of the cell. These centrioles, which were duplicated during interphase, function as microtubule coordinating centers. Centrioles sprout microtubules, essentially cellular ropes and poles, during crossing over. They invade the nuclear membrane after it disintegrates, attaching to the chromosomes at the kinetochore. The kinetochore functions as a motor, pulling the chromosome along the attached microtubule toward the originating centriole, like a train on a track. There are two kinetochores on each tetrad, one for each centrosome. Prophase I is the longest phase in meiosis.Microtubules that attach to the kinetochores are known as kinetochore microtubules. Other microtubules will interact with microtubules from the opposite centriole. These are called nonkinetochore microtubules.Metaphase I-As kinetochore microtubules from both centrioles attach to their respective kinetochores, the homologous chromosomes align equidistant above and below an imaginary equatorial plane, due to cont
217907
it's located in the cytoplasm
339071
Mitosis, also called karyokinesis, is division of the nucleus and its chromosomes.  It is followed by division of the cytoplasm known as cytokinesis.  Both mitosis and cytokinesis are parts of the life of a cell called the Cell Cycle.  Most of the life of a cell is spent in a non-dividing phase called Interphase.  Interphase includes G1 stage in which the newly divided cells grow in size, S stage in which the number of chromosomes is doubled and appear as chromatin, and G2 stage where the cell makes the enzymes & other cellular materials needed for mitosis.\n\nMitosis has 4 major stages --- Prophase, Metaphase, Anaphase, and Telophase. When a living organism needs new cells to repair damage, grow, or just maintain its condition, cells undergo mitosis.\n\nDuring Prophase, the DNA and proteins start to condense. The two centrioles move toward the opposite end of the cell in animals or microtubules are assembled in plants to form a spindle. The nuclear envelope and nucleolus also start to break up.\n\n\nProphase\n\nDuring Metaphase, the spindle apparatus attaches to sister chromatids of each chromosome. All the chromosomes are line up at the equator of the spindle. They are now in their most tightly condensed form.\n\n\nMetaphase\n\nDuring Anaphase, the spindle fibers attached to the two sister chromatids of each chromosome contract and separate chromosomes which move to opposite poles of the cell.\n\n\nAnaphase\nIn Telophase, as the 2 new cells pinch in half (animal cells) or a cell plate forms (plant cells), the chromosomes become less condensed again and reappear as chromatin. New membrane forms nuclear envelopes and the nucleolus is reformed.
937352
Check out "mitosis" in a suitable source (Wikipedia, for example).  The process is a bit long to describe here.