Details?  Well I am kinda looking to find out what Mitosis and Meiosis are, and the steps of each of them, and all of those specifics.
119293
meiosis (mīŏ'sĭs) , process of nuclear division in a living cell by which the number of chromosomes is reduced to half the original number. Meiosis occurs only in the process of gametogenesis, i.e., when the gametes, or sex cells (ovum and sperm), are being formed. Because fertilization consists of the fusion of two separate nuclei, one from each of the sex cells, meiosis is necessary to prevent the doubling of the chromosome number in each successive generation. An ordinary body cell is diploid; i.e., it contains two of each type of chromosome. The members of each pair are known as homologous chromosomes. An ovum or sperm is haploid; i.e., it contains only a single chromosome of each type and, therefore, half the number of chromosomes of the diploid cell. When the two haploid cells fuse, the diploid number is restored, and the plant or animal growing from the fertilized egg (zygote) has the usual diploid number of chromosomes in its cells. Just before meiosis each chromosome replicates to form two identical copies in the form of strands called chromatids joined together at a point called the centromere. In the first stage of meiosis, called the reduction division, the members of each pair of homologous chromosomes lie side by side and crossing over occurs. Each member of the pair then moves away from the other toward opposite ends of the dividing cell, and two nuclei, each with the haploid number of double-stringed chromosomes, are formed. Thus at the beginning of the second meiotic sequence, called the equational division, each cell nucleus contains one chromosome from each homologous pair and each chromosome is of two strands that are identical (except where crossing over has occurred). Then the chromosomes separate into their single strands which move toward opposite ends of the dividing nucleus. The result of meiotic division is four cells, each haploid, with one chromosome of each pair.
456059
human cells contain 46 chromosomes\n\nthey go through a process of mitotic division that basically replicates each chromosome, the original and replicated chromosomes then migrate to opposite ends of the cells, and a cell membrane is formed, thus producing two progeny cells, division and the cycle of the cell is complete.\n\n\nmeotic division is a more complex process, but basically, the daughter cells contain 23 chromosomes, that is 1 of each pair of the 46 chromosomes is present in the daughter cell, where, whether it is a sperm or egg cell, when fused together, provide the fused cell with 46 chromosomes\n\n\n\n\nhope it helped you understand it a little better\n\nthere are however, different phases to the division process and if you like I can send you a link, depends on how much you want to know at present?
434731
Fertilization.\nOr are you asking about what happens in Prophase 1 of Meiosis? Homologous chromosomes, one from each parent pair.
446060
Meiosis is specialized cell division (similar to mitosis). Mitosis results in 2 identical daughter cells from a single cell. Meiosis results in 4 daughter cells (which may not be identical) but each daughter cell only has one set of chromosomes, instead of the 2 sets of chromosomes present in the original cell. Each of these daughter cells is called a gamete. In sexual reproduction a male gamete and a female gamete (sperm and egg) fuse. Each contributes a single set of chromosomes so the resulting fused cell (zygote) has two sets like the cells that originally formed the gametes.
451455
It's cytokinesis.The prophase 1 of meiosis is followed by Meiosis two which is similar to mitosis.Cytokinesis is the formation of plate between the 2 daughter cells.This does not take place in prophase of any type of cell division i.e. mitosis  or meiosis.The other phenomenon is formation of bipolar spindle.This takes place in the start of metaphase.
541273
In metaphase, the cell would have 8 chromosomes lined up in the middle, each made up of 2 sister chromatids. The microtubules are attached to the kinetochores and each sister chromatid is facing in the opposite direction of it's pair and towards one end of the cell.\n\nThe daughter cells would all have 8 chromosomes because it's mitosis, not meiosis.
251127
if you're studying a section on vocab. or a step by step process make up a song! it's the easiest way to study b/c information's easier to memorize when set to music, and it doesnt take that long (for me anyway). for my biology class i made a song about mitosis. \n\n(sung to the tune of Waiting by Green Day)\n\nBefore, Mitosis occurs\nInterphase, has steps called G1\nG2, S phase and replication\n\nOf Chromosomes to make the daughter\nCells of, the parent cell\nProphase; chromatids join and become one.\n\nCentrioles, separate to make asters\nCentromere is where, chromosomes,\nAre held with spindle fibers.\n\nWell we’re so much closer to, another pair of cells.\nNext phase!\n\nDuring, Metaphase cells meet\nAt the, equatorial plate\nAnaphase, each pole gets a new set of genes\n\nIn Telophase, chromatin mark\nThe end of nuclear division\nThe nucleus and membrane form once again\n\nWell we’re getting closer to another pair of cells\nNext phase!\nA furrow forms between the cells\nSplits organelles\n\nWell we’re so much closer to another pair of cells\nNext phase!\nA furrow forms between the cells\nSplits organelles\n\nCytokinesis makes a\nCell plate in between plant cells\nTo make, cell walls for each daughter cell\n\nCell cycle is completed\nEach cell, now has it’s own set\nOf chromatin; made up of histones and DNA\n\nThe Cell…\nBetter thank somatic cells.\n\nlol...i still remember it.
533396
That's a new one. As a biologist I've never come across the notion that meiosis is explained by the Garden of Eden. \n\nScience is about understanding processes and mechanisms by investigation. No answer is ever complete. Every answer begs a further question. The explanation "God did it, let's stop asking questions and celebrate him" is absolute anathema to all biologists.
472180
Parthenogenesis - do a little homework
388270
Wikipedia's entry is very good on the phases of mitosis:\nhttp://jove.geol.niu.edu/faculty/stoddard/JAVA/luminaries.html
433586
30) I'd say A.  Because there is a duplication of chromatids in both Meiosis I and in mitosis. It's NOT B for sure because mitosis produces only 2 cells.  It can't be D either, because chromatids are prensent in both processes.\n\n31) They are all happening in both.  so E\n\n40) C because gametes (like sperm and eggs) are cells ready for fecondation.  they only have HALF the chromosome set.\n\n41) I'd go with E.  Homologues are always paired, that is until the anaphase, so A and D got to be right.  Cross over is an exchange of genes between the two homologues, which is C.  The answer E talks of anaphase, which is the breakage of the centromeres.
572526
more of a biology question then a chemistry question...\nBut sister chromatids are two identical chromosomes held together by a centromere. They occur during cell replocation, and are pulled apart, giving each daughter cell all the chromosomes needed. \nSo if they are identical chromosomes, all the genes would be in the same order. Alleles only differ from one another during miosis, not mitiosis.\nFrom all of this, you should be able to figure it out.
539311
Meiosis I\nProphase of meiosis I (prophase I) is a more elaborate process than prophase of mitosis (and usually takes much longer). \nHere is a brief overview of the process. A more detailed view is provided below. \n\nWhen the chromosomes first become visible they are already doubled, each homologue having been duplicated during the preceding S phase. \nResult: pairs of homologous dyads each dyad consisting of two sister chromatids held together by proteins called cohesins. \nPairing: Each pair of homologous dyads align lengthwise with each other. \nResult: a tetrad. (These structures are sometimes referred to as bivalents because at this stage you cannot distinguish the individual sister chromatids under the microscope.) \nThe two homologous dyads are held together by \none or more chiasmata (sing. = chiasma) which form between two nonsister chromatids at points where they have crossed over. \nthe synaptonemal complex (SC), a complex assembly of proteins (including cohesins)\nAt metaphase I, microtubules of the spindle fibers attach to the\n\nsister kinetochores of one homologue, pulling both sister chromatids toward one pole of the cell; \nsister kinetochores of the other homologue pulling those sisters toward the opposite pole.\n \n\nResult: one homologue is pulled above the metaphase plate, the other below. The chiasmata keep the homologues attached to each other, and the cohesins keep the sister chromatids together.\n\nAt anaphase I, \n\nthe cohesins between the chromosome arms break down allowing \nthe chiasmata to slip apart. \nResult: the homologous dyads separate and migrate toward their respective poles. \nLink to discussion of the mechanism of cohesin breakdown. \n\nMeiosis II\nChromosome behavior in meiosis II is like that of mitosis. \nAt metaphase II, spindle fibers attach one kinetochore of the dyad to one pole, the other to the opposite pole. \nAt anaphase II, the chromatids separate and (each now an independent chromosome) move to their respective poles.
520170
If the total number of cells you finish with at the end of what I assume is mitosis is 36, then you began with 18 cells, which I suppose is 50%. Is that at all what you are asking?
371906
1- Meiosis happens in stem cells that give rise to gametes (sex cells). \nMitosis happens in all other cells.\nIn women every month only one stem cell goes through meiosis forming 4 haploid cells. In men many cells go through meiosis everyday.\nEvery other cell in body goes through mitosis in a daily basis to replace old and dead cell.\n2- Before cell replication starts.\n3- At the end of the prophase (in case of meiosis, end of the prophase 1)\n4- Mitosis: diploid cells; Meiosis: haploid cells\n5- Every thing but cell division: the cell obtain nutrients and when it gets close to cell division, it will duplicate its DNA and other organelles.
476461
I don't have any picutres for you to look at, but I can give you an explanation.\nanimal cells are going to be more rounded, and plant cells are more rectangular.\nRemember: PMAT, these are the phases of mitosis\nProphase-the chromatin begins to condense into chromosomes and the nucleus begins to break down.\nMetaphase-The Chromosomes line up or Meet or "MET" at the cellular equator\nAnaphase- The chromosomes are pulled apart at the centromere\nTelophase- The chromatin decondenses and the neclues reforms\nAlso, the diff. between animal and plant cells....\nAnimal cells have a cleavage furrowl like a figure-8.\nPlant cells build a cell plate in between the separated chromosomes\nMitosis results in two daughter chromosomes.
226510
here's a page with a lot of information on it. maybe this will help you with what you want to know.