1 / 41

CELL DIVISION

By Jakey Wakey Artaflakey . CELL DIVISION . 3 steps of Interphase G 1 - cell growth which makes the cell get bigger. ?. ?. Interphase. 3 steps of Interphase G 1 - cell growth which makes the cell get bigger. ?. ?. Interphase. Centrioles. 3 steps of Interphase

sabin
Download Presentation

CELL DIVISION

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. By Jakey Wakey Artaflakey CELL DIVISION

  2. 3 steps of Interphase • G1- cell growth which makes the cell get bigger. ? ? Interphase

  3. 3 steps of Interphase • G1- cell growth which makes the cell get bigger. ? ? Interphase

  4. Centrioles • 3 steps of Interphase • G1- cell growth which makes the cell get bigger. • S- DNA replication which the DNA copies itself. • G2- Centrioles duplicates. ? ? Interphase DNA Nucleus Nucleolus Nuclear envelope

  5. This is the longest of all the phases. • Chromatin come together to form tight Chromosomes. • Nucleolus and nuclear envelope disappear. ? ? Prophase Chromatin

  6. This is the shortest of all the phases. • Chromosomes line up in the middle of the cell. • Spindle attaches to each chromosome. ? ? Metaphase

  7. This is the shortest of all the phases. • Chromosomes line up in the middle of the cell • Spindle attaches to each chromosome. ? ? Metaphase

  8. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase

  9. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  10. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  11. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  12. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  13. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  14. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  15. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  16. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  17. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  18. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  19. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  20. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  21. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  22. Chromosomes are pulled apart. • Chromatids now become individual chromosomes. ? ? Anaphase Sister chromatids

  23. Nuclear envelope reforms. • Nucleolus reappears. ? ? Telophase

  24. Nuclear envelope reforms. • Nucleolus reappears. ? ? Telophase

  25. Nuclear envelope reforms. • Nucleolus reappears. ? ? Telophase

  26. Nuclear envelope reforms. • Nucleolus reappears. ? ? Telophase

  27. Nuclear envelope reforms. • Nucleolus reappears. • DNA unwinds to form chromatin again. • Spindle breaks apart. ? Spindle fibers ? Telophase

  28. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  29. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  30. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  31. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  32. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  33. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  34. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  35. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  36. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  37. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  38. The cell fully pinches in forming a cleavage furrow. • In the end there are two cells that have the exact same DNA. ? Spindle fibers ? Cytokinesis

  39. Then it repeats that cycle forever.  Cell Division

  40. 3 steps of Interphase • G1- cell growth which makes the cell get bigger. • S- DNA replication which the DNA copies itself. • G2- Centrioles duplicates. ? ? Interphase

  41. The end

More Related