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Mitosis Review

Mitosis Review. The membrane pinches together until two cells are formed. The membrane pinches together until two cells are formed. Cytokinesis. Sister chromatids each become a chromosome. Sister chromatids each become a chromosome. Anaphase.

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Mitosis Review

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  1. Mitosis Review

  2. The membrane pinches together until two cells are formed.

  3. The membrane pinches together until two cells are formed. Cytokinesis

  4. Sister chromatids each become a chromosome

  5. Sister chromatids each become a chromosome Anaphase

  6. In the middle of this stage, the nuclear envelope has completely disappeared.

  7. In the middle of this stage, the nuclear envelope has completely disappeared. Prophase

  8. The nucleolus begins to disintegrate.

  9. The nucleolus begins to disintegrate. Prophase

  10. The chromosomes align along the equator of the cell.

  11. The chromosomes align along the equator of the cell. Metaphase

  12. Spindle fibers disappear.

  13. Spindle fibers disappear. Telephase/Cytokinesis

  14. Chromatin coils and forms chromosomes

  15. Chromatin coils and forms chromosomes Prophase

  16. Chromatids separate at the beginning of this phase.

  17. Chromatids separate at the beginning of this phase. Anaphase

  18. Nuclear membrane reforms from the endoplasmic reticulum.

  19. Nuclear membrane reforms from the endoplasmic reticulum. Telephase/Cytokinesis

  20. 1. Which phase is this?

  21. 1. Which phase is this? Metaphase

  22. Spindle fibers begin to form.

  23. Spindle fibers begin to form. Prophase

  24. Centrioles separate and migrate to each pole.

  25. Centrioles separate and migrate to each pole. Prophase

  26. 2. Which phase is this?

  27. 2. Which phase is this? Prophase

  28. Chromosomes meet at the center of the cell.

  29. Chromosomes meet at the center of the cell. Metaphase

  30. 3. Which phase is this?

  31. 3. Which phase is this? T/C

  32. A Chromatid from each pair is attracted to each pole of the cell.

  33. A Chromatid from each pair is attracted to each pole of the cell. Anaphase

  34. The reappearance of the nucleolus can be noticed and the nuclear membrane forms.

  35. The reappearance of the nucleolus can be noticed and the nuclear membrane forms. Telephase/Cytokinesis

  36. Separate chromosomes are not clearly visible but the chromatin has become thicker and shorter.

  37. Separate chromosomes are not clearly visible but the chromatin has become thicker and shorter. Prophase

  38. 4. Which phase is this?

  39. 4. Which phase is this? Anaphase

  40. The nuclear envelope has disintegrated.

  41. The nuclear envelope has disintegrated. Prophase

  42. After cytokinesis is complete, what is the name given to the resulting two cells.

  43. After cytokinesis is complete, what is the name given to the resulting two cells. Daughter Cells

  44. There is one set of single-stranded chromosomes at each end of the cell during this stage.

  45. There is one set of single-stranded chromosomes at each end of the cell during this stage. Telophase

  46. The chromosomes align, single file, midway between the cell’s poles.

  47. The chromosomes align, single file, midway between the cell’s poles. Metaphase

  48. The chromosomes lose their distinct form and once again appear as a mass of chromatin.

  49. The chromosomes lose their distinct form and once again appear as a mass of chromatin. Telophase

  50. Microtubules form as tiny fibers between the poles.

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