Myofibril example sentences

"Myofibril" Example Sentences

1. Myofibril contractions are the basis of muscle movement.
2. The arrangement of myofibril filaments is responsible for the striated appearance of muscle fibers.
3. Myofibril proteins are responsible for the excitation-contraction coupling of muscle cells.
4. Myofibrils are the basic contractile units of muscle fibers.
5. The myofibril is composed of thin and thick filaments.
6. Myofibril proteins are organized into sarcomeres, the basic unit of muscle contraction.
7. The myofibril is composed of two types of myofilaments, actin and myosin.
8. The myofibril is the basic contractile unit of muscle fibers and is composed of repeating sarcomeres.
9. Myofibril proteins are responsible for the transmission of the electrical signal to the muscle cell.
10. Myofibril proteins are organized into sarcomeres, which are the basic unit of muscle contraction.
11. The myofibril is composed of two types of myofilaments, actin and myosin, which interact to cause muscle contraction.
12. Myofibril proteins are organized into repeating sarcomeres, which are the basic unit of muscle contraction.
13. Myofibril contractions are responsible for the movement of muscle fibers.
14. The myofibril is composed of two types of myofilaments, actin and myosin, which interact to cause muscle contraction and relaxation.
15. Myofibril proteins are organized into repeating sarcomeres, which are responsible for the contractile activity of the muscle.
16. Myofibril contractions are the basis of muscle movement and are controlled by the nervous system.
17. The myofibril is composed of thin and thick filaments that interact to cause muscle contraction and relaxation.
18. Myofibril proteins are responsible for the excitation-contraction coupling of muscle cells, which triggers muscle contraction.
19. The myofibril is composed of two types of myofilaments, actin and myosin, which interact to cause muscle contraction and relaxation in response to nerve impulses.
20. Myofibril proteins are organized into repeating sarcomeres, which are responsible for the contractile activity of the muscle and the transmission of the electrical signal to the muscle cell.