Answer to: Explain how mitosis results in two genetically identical diploid cells and meiosis results in four genetically non-identical haploid...
1. mitosis results in 2 diploid cells identical to the parent cell while meiosis results in 4 haploid cells each unique. 2. cells only go through 1 division in mitosis while in meiosis they go through 2 divisions, meiosis I and meiosis II. ...
During mitosis, one body cell divides into two identical body cells. During meiosis, one gamete-producing cell divides twice forming four haploid gametes What is meiosis and why is it important? Meiosis is a cell division process in which a gamete-producing diploid cell undergoes two cell ...
results in 4 haploid cells each with n (half) number of chromosomes sister chromatid 2 identical chromatids joined by common centromere gametes sex cells have undergone meiosis- half number of chromosomes crossing over chromosomal segments are exchanged between pairs of homologous chromosomes haploid (...
Results of meiosis IBy the end of meiosis I, cytokinesis helps in the production of two cells, each with a haploid nucleus. The chromosomes of each haploid cell will each consist of two chromatids attached at the centromere.B. Phases of meiosis II...
(a) Mitosis of a spermatogonial stem cell involves a single cell division that results in two identical, diploid daughter cells (spermatogonia to primary spermatocyte). Meiosis has two rounds of cell division: primary spermatocyte to secondary spermatocyte, and then secondary spermatocyte to sper...
It produces 2 cells that have identical genetic material and the same number of chromosomes as the parent cell. On the other hand, division by meiosis only occurs in cells that produces gametes. Male gametes are called sperm, while female gametes are called eggs. Meiosis results in the ...
The diploid (2n) parent cell results in 4 haploid (n) gametes. Meiosis 1 is known as the reduction phase while meiosis 2 is the division phase. In meiosis, unlike in mitosis, two chromosomes in a homologous pair will line up next to each other (synapsis). The resulting homologous pair...
3. Cell starts to pinch in at the center Telophase II (Continued) 1. Both cells divide (cytokinesis), leaving 4 new cells 2. Each with half the number of chromosomes the original cell had. 3. Each cell is now HAPLOID, called a gamete. ...
This is a type of cell division that creates 4 unique haploid daughter cells from one parent cell. This is done in the human body to produce sperm (males) and oocytes (females). These are called gametes, and fuse together during sexual reproduction to create an offspr...