pacemaker cells
Involved in muscle contraction in larger organisms is microfilament. Structures found only in plant cells are plastids. A type of plastid is chloroplasts.
Receive stimulatory impulses to contract and inhibitory impulses to stop contraction from the neuromuscular junction. This contraction is carried out by Ca2+, ATP and the actin and myosin proteins in the cells, forming a sarcomere. By contracting and relaxing as a syncytium, the leg muscle can control the joint(s) it crosses and produce movement.
Muscle cells, like all cells, are specialised to carry out their specific functions. Muscle cells need relatively large numbers of mitochondria. This is because they respire more than most other types of cell, in order to release the energy for muscle contraction, and hence movement.
Doubtful. One would think that any glycogen stored in muscle cells would be producing mitochondrial ATP for use in the sarcomere, the muscle contraction unit.
Spindle-shaped cells with one centrally located nucleus and no externally visible striations(bands). Found mainly in the walls of hollow organs.
It's muscle cells that carry out the movement, and nerve cells that control the contraction of the muscle cells. Bone cells are also involved indirectly, by providing the framework for the muscles to attach to.
Contraction.
the amount of ATP in the muscle cells
Skeletal muscle cells are very thin, and lean. They are designed for contraction and expansion.
ATP
movement
Locomotion , movement , contraction etc .
myogenic refers to the contraction of cardiac muscle cells.
mitochondria supply the energy to the cells. Muscle cells require a lot of energy for contraction. Therefore muscle cells need a lot of mitochondria.
The main factor that determines the power of the muscle is the total number of muscle cells available for contraction.
Involved in muscle contraction in larger organisms is microfilament. Structures found only in plant cells are plastids. A type of plastid is chloroplasts.
SA node