Myosinfrom example sentences

"Myosinfrom" Example Sentences

1. Myosinfrom the muscle fibers contracts, pulling the thin filaments inward.
2. Myosinfrom the cytoplasm of the cell is the most abundant motor protein.
3. Myosinfrom cells is responsible for many important cellular functions.
4. Myosinfrom the actin filaments, causing the filaments to move relative to each other.
5. Myosinfrom the cytoskeleton helps to maintain the shape of the cell.
6. Myosinfrom the cell membrane, allowing for the movement of molecules and ions in and out of the cell.
7. Myosinfrom the nucleus, which is responsible for the creation and maintenance of the cell’s genetic material.
8. Myosinfrom organelles, such as mitochondria and endoplasmic reticulum, which are responsible for energy production and other vital functions.
9. Myosinfrom the cytoplasm of the cell to the nucleus, a process called “cytoplasmic streaming.”
10. Myosinfrom the cell surface to the interior of the cell, a process called “endocytosis.”
11. Myosinfrom the cell membrane to the cytoskeleton, a process called “exocytosis.”
12. Myosinfrom the cell membrane to the nucleus, a process called “nuclear translocation.”
13. Myosinfrom the cytoskeleton to the cell membrane, a process called “cytoskeleton-membrane interaction.”
14. Myosinfrom the nucleus to the cell membrane, a process called “nuclear-membrane interaction.”
15. Myosinfrom the cytoplasm to the nucleus, a process called “cytoplasmic-nuclear interaction.”
16. Myosinfrom the cytoplasm to the cell membrane, a process called “cytoplasmic-membrane interaction.”
17. Myosinfrom the nucleus to the cytoplasm, a process called “nuclear-cytoplasmic interaction.”
18. Myosinfrom the cell membrane to the nucleus, a process called “membrane-nuclear interaction.”
19. Myosinfrom the cell membrane to the cytoskeleton, a process called “membrane-cytoskeleton interaction.”
20. Myosinfrom the cytoskeleton to the nucleus, a process called “cytoskeleton-nuclear interaction.”
21. Myosinfrom the cytoplasm to the cell membrane, a process called “cytoplasmic-membrane transport.”
22. Myosinfrom the nucleus to the cytoplasm, a process called “nuclear-cytoplasmic transport.”
23. Myosinfrom the cell membrane to the nucleus, a process called “membrane-nuclear transport.”
24. Myosinfrom the cytoskeleton to the cell membrane, a process called “cytoskeleton-membrane transport.”
25. Myosinfrom the cytoskeleton to the nucleus, a process called “cytoskeleton-nuclear transport.”
26. Myosinfrom the nucleus to the cell membrane, a process called “nuclear-membrane transport.”
27. Myosinfrom the cytoplasm to the nucleus, a process called “cytoplasmic-nuclear transport.”
28. Myosinfrom is involved in the movement of organelles within the cell, a process called “organelle movement.”
29. Myosinfrom is responsible for the contraction of muscles, a process called “muscle contraction.”
30. Myosinfrom is involved in the movement of chromosomes during cell division, a process called “chromosome movement.”
31. Myosinfrom is responsible for the movement of cells in response to external stimuli, a process called “cell motility.”
32. Myosinfrom is involved in the movement of substances across cell membranes, a process called “transport.”
33. Myosinfrom is involved in the movement of cells during the formation of tissues, a process called “cell migration.”
34. Myosinfrom is involved in the movement of cells during wound healing, a process called “cell movement.”
35. Myosinfrom is involved in the formation of cell junctions, a process called “cell adhesion.”
36. Myosinfrom is involved in the movement of cells during embryonic development, a process called “cell differentiation.”
37. Myosinfrom is involved in the movement of cells during the formation of organs, a process called “cell aggregation.”
38. Myosinfrom is involved in the movement of cells during the formation of blood vessels, a process called “angiogenesis.”
39. Myosinfrom is involved in the movement of cells during the formation of nerve cells, a process called “neurogenesis.”
40. Myosinfrom is involved in the movement of cells during the formation of bones, a process called “osteogenesis.”