Myofilaments example sentences

"Myofilaments" Example Sentences

1. The contraction of skeletal muscle is achieved through the sliding of myofilaments.
2. Actin and myosin are two types of myofilaments found in muscle cells.
3. The thick myofilaments are composed of myosin protein.
4. The thin myofilaments contain actin, tropomyosin, and troponin proteins.
5. The interaction between myofilaments is what leads to muscle contraction.
6. Without the presence of myofilaments, muscle contraction cannot occur.
7. The arrangement of myofilaments gives muscle cells their striated appearance.
8. Mutations in myofilament genes can lead to muscle disorders such as muscular dystrophy.
9. The sliding of myofilaments is regulated by calcium ions.
10. ATP is required for the interaction between myofilaments during muscle contraction.
11. The number of myofilaments in a muscle cell is determined by genetics.
12. The size of myofilaments can be increased with resistance training.
13. The structure of myofilaments is critical for muscle function.
14. Changes in the alignment of myofilaments can lead to changes in muscle function.
15. The arrangement of myofilaments differs between smooth and skeletal muscle.
16. Myofilaments are responsible for the force generated by muscle contraction.
17. The regulation of myofilament activity is crucial in maintaining muscle homeostasis.
18. The sliding of myofilaments is a complex process involving multiple protein interactions.
19. Myofilaments are constantly being broken down and rebuilt in muscle cells.
20. The length of myofilaments can affect the strength of muscle contractions.
21. Myofilament dysfunction can lead to impairments in muscle metabolism.
22. The structure of myofilaments allows for precise control of muscle movement.
23. Myofilament organization and orientation vary depending on the type of muscle tissue.
24. Thick myofilaments differ from thin myofilaments in their molecular composition.
25. Overall muscle function depends on the coordinated movement of myofilaments.
26. Myofilament proteins are often the target of drug therapies for muscle disorders.
27. The alignment of myofilaments allows for efficient force transmission in muscle cells.
28. The structure of myofilaments is preserved during muscle growth and regeneration.
29. The sliding of myofilaments can be observed under a microscope with specialized staining techniques.
30. The arrangement of myofilaments in cardiac muscle is different than that of skeletal muscle.

Common Phases

1. Myofilaments are the building blocks of muscle tissue;
2. Actin and myosin myofilaments are found in the sarcomere of skeletal muscle fibers;
3. The sliding filament theory explains how myofilaments interact during muscle contraction;
4. Myofilaments can be altered in response to exercise and training;
5. Genetic mutations in myofilament proteins have been linked to muscle diseases.