Metaphase example sentences

Related (3): chromosomes, mitosis, meiosis

"Metaphase" Example Sentences

1. During metaphase, the chromosomes align along the equator of the mitotic spindle.
2. Metaphase is a stage of mitosis where microtubules attach to kinetochores.
3. The cell enters metaphase when all chromosomes are aligned along the metaphase plate.
4. The chromosome pairs line up in the middle of the cell during metaphase.
5. Sister chromatids are pulled to opposite poles by microtubules during metaphase.
6. Metaphase chromosomes can be visualized during metaphase spreads.
7. Chromosomes appear the thickest and longest during metaphase.
8. Kinetochore microtubules attach to the chromosomes during metaphase.
9. Metaphase is essential for accurate segregation of chromosomes into daughter nuclei.
10. Anaphase begins right after successful metaphase chromosome alignment.
11. Metaphase arrest drugs stop cell division at the metaphase stage.
12. Fixing cells during metaphase yields good chromosome spreads for karyotyping.
13. Metaphase chromosomes stain the darkest when dyed for microscopy.
14. Errors in chromosome attachment during metaphase can lead to aneuploidy.
15. Metaphase checkpoints ensure proper chromosome attachment before anaphase.
16. I examined cells in metaphase under the microscope using 40x magnification.
17. During metaphase, tension across kinetochore microtubules orients chromosomes.
18. Metaphase is characterized by bipolar attachment of chromosomes to the spindle.
19. Visualizing chromosomes during metaphase requires cell fixation and staining.
20. Metaphase chromosomes start to separate and condense further during anaphase.
21. Metaphase is a critical control point before sister chromatids are pulled apart.
22. Spindle assembly checkpoint proteins monitor metaphase chromosome attachment.
23. Metaphase chromosomes exhibit tension at kinetochore microtubule attachments.
24. Cytokinesis usually begins around late anaphase or early telophase, after metaphase.
25. The chromosomes attain their maximum degree of condensation during metaphase.
26. The metaphase plates of normal diploid cells contain 46 chromosomes.
27. Errors during metaphase can lead to improper chromosome segregation in anaphase.
28. Prometaphase precedes metaphase during the mitotic cell cycle.
29. Metaphase chromosomes appear "X-shaped" due to sister chromatid attachments.
30. Metaphase ends when all chromosomes become properly attached to the spindle.
31. Drugs that disrupt microtubule function can arrest cells in metaphase.
32. I counted 20 chromosomes aligned at the metaphase plate in each cell.
33. Metaphase is characterized by high mitotic activity in rapidly dividing tissues.
34. Chromosomes move to opposite spindle poles following chromosome segregation in anaphase.
35. Metaphase II is the second metaphase stage of meiosis where maternal and paternal chromosomes separate.
36. Stage IV of mitosis involves metaphase and anaphase chromosome segregation.
37. We observed early and late metaphase cells under the microscope.
38. Mitotic figures with visible metaphase chromosomes indicate cell proliferation.
39. I visualized metaphase chromosomes after colcemid treatment of the cell culture.
40. The spindle assembly checkpoint monitors proper metaphase chromosome attachment.
41. During metaphase, tubulin monomers polymerize to form spindle fibers.
42. After exiting metaphase, cells enter anaphase and chromosomes begin to separate.
43. Metaphase chromosomes become visible under the microscope after colcemid treatment.
44. Metaphase chromosomes are maximally shortened and thickened due to condensation.
45. Microtubules pull sister chromatids to opposite spindle poles during metaphase.
46. Metaphase progression requires resolution of chromosome attachment errors.
47. We isolated metaphase chromosomes for genetic analysis and chromosome counting.
48. Kinetochore fibers attach spindle poles to metaphase chromosomes.
49. Metaphase is defined by bipolar attachment of all chromosomes to spindle fibers.
50. Cells arrested in metaphase provide a useful snapshot of chromosomes.
51. Errors in metaphase checkpoint mechanisms can lead to chromosome instability.
52. During metaphase, microtubules attach to chromosomes at the kinetochore.
53. The length of metaphase remains consistent from cell to cell.
54. Microtubule-targeting drugs disrupt metaphase chromosome segregation.
55. Spindle formation starts in prometaphase and is completed by metaphase.
56. Tension generated across sister kinetochores during metaphase activates the APC.
57. Metaphase involves the proper attachment and alignment of chromosomes at the metaphase plate.
58. Errors during metaphase lead to chromosome segregation defects in anaphase.
59. Metaphase starts after the spindle assembly checkpoint has been satisfied.
60. The metaphase to anaphase transition is highly regulated.