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Mitosis
| Question | Answer |
|---|---|
| Nuclear membrane & nucleus disappear | prophase |
| chromatin becomes chromosomes, each consisting of two sister chromatids connected at the centromere | Prophase |
| centrioles move to opposite ends of the cell | prophase |
| spindle fibers (string) form from the centrioles and attach to the centromeres | prophase |
| chromosomes line up in the middle of the cell | metaphase |
| spindle fibers attach to the chromosomes near the centromere | metaphase |
| spindle fibers rip chromatids apart and move them away from each other to the opposite sides of the cell | anaphase |
| complete set of identical chromosomes in each cell | telophase |
| nuclear membrane and nucleolus reform | telophase |
| chromosomes go back to chromatin | telophase |
| spindle fibers fall apart | telophase |
| cytokinesis occurs | telophase |
| cytoplasm splits in hal creating two new cells | t |
| cell plate forms in slant cells | t |
| cleavage furrow forms in animal cells | T |
| each daughter call has a complete set of chromosomes (46 human) they are identical to each other and to the mother cell | t |
| begins interphase again | t |
| when cell pauses | interphase |
| the time between call divisions cell rows, does its job, DNA replicates | Interphase |
| growth of cells cells do their jobs | Gap 1 (G1) |
| DNA replicates | synthesis (S) |
| cell getting ready if mitosis | gap 2 (G2) |
| interphase order | G1, S, G2, M |
| Division of the cell in clouding cytokinesis | mitosis (M) |
| The process that divides the cytoplasm | cytokinesis |
| taking a cell and cutting in half | Mitosis (M) |
| Cell cycle | IPMAT |
| | | chromatin |
| * | chromosomes |
| cell grows | i |
| nuclear membrane forms around two new sets of chromosomes | t |
| chromatin becomes thicker and shorter. And therefore can then be seen as chromosomes | p |
| the nucleolus disappears | p |
| one dot | p |
| lines together | m |
| Lines apart | a |
| two cells | t |