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Cell Cycle I

Deleted user User has deleted their subject information English 26 cards

Cards in this deck (26)

  1. 1Cell cycleG1,S,G2,M phase
  2. 2M phase1. Mitosis
    2. Cytokinesis
  3. 3interphaseG1,G2,S
  4. 4G2 of interphaseChromosomes start to condense
  5. 5ProphaseChromosomes condensed visible
    Centrosomes duplicate
    Begin to move to opposite poles of the cell
  6. 6PrometaphaseFragmentation of n. envelope membranes
    Centrosomes move to complete their migration
    Breakdown of n. envelope allows spindle MT to make contact w/ chromo
    Attaches at centromere, an are of heterochromatin w/ CEN sequence
    KC MT attach to centromere KC
  7. 7MetaphaseMaximally condensed chromosomes align along metaphase plate
  8. 8Anaphase AChromosomes pulled centromere first towards spindle poles as KC MT shorten
  9. 9Anaphase BSpindle poles move away from each other as interpolar MT lengthen
  10. 10TelophaseChromosomes reach pole of cell
    decondense
    nucleoli develop
    n. envelope reforms
    Spindle disassembles
  11. 11CondensationCondensins, heterodimers that carry out final chromosome condensation
  12. 12MOALoop fastener
    Orientated gyre
  13. 13What holds chromosomes together?Cohesins
  14. 14Sets of MT in spindleAstral MT
    Kinetochore MT
    Interpolar MT
  15. 15Astral MTBind to PCM, afix spindle
    Mediated by
  16. 16Kitechore MTAffix to chromosomes
  17. 17Interpolar MTAffix to other MT of the spindle apparatus
    via protein cross-links
  18. 18DynesinAttaches astral MT to PCM
  19. 19Kinesin-14Tightens spindle
  20. 20Kinesin-5Expands spindle
  21. 21Kinesin-4/-10Move chromosomes to poles of MT
  22. 22CentromereAre of heterochromatin with CEN sequence.
  23. 23Role of kinetochoresDNA has little affinity for mitotic spindle
    Kinetochores facilitate fastening of DNA to spindle MT
  24. 24Kinetochore layersCheckpoint: Collar - attaches to spindle
    Outer: Structural
    Inner: Binds to centromere
  25. 25What orientates the chromosomes?Kinesis-4/-10
  26. 26Chromatid separation MOA (3)During anaphase,
    MT tubuluin removed from + and - ends to shorten the spindle.
    Depolymerisation of + end of kinetochore MT.
    Pulls KC to pole, separase removes cohesin.

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User has deleted their subject information Flashcards on Cell Cycle I, created by Deleted user on 12/04/2018.
Created by
Deleted user · Apr 2018
Updated
Apr 12, 2018
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8
History
  • Created by J yadonknow · Apr 4, 2018
  • Copied by J yadonknow · Apr 12, 2018
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