yes when you flex it tightens and when not flexed its lose
The chemical component that helps muscle cells change their shape is actin, a protein that plays a crucial role in muscle contraction and cell movement. Actin filaments, along with myosin, form the contractile apparatus in muscle fibers, allowing them to contract and elongate. The interaction between actin and myosin, facilitated by ATP, enables muscle cells to alter their shape effectively during contraction and relaxation.
Muscle cells are elongated in shape to allow for efficient contraction and force generation. Additionally, the size of the muscle cell is large to accommodate a substantial number of muscle proteins and energy stores needed for muscle function. These adaptations in shape and size enhance the muscle cell's ability to contract rapidly and powerfully.
humming birds are small in size
The cytoskeleton helps a cell keep its shape. The internal movement of organelles, as well as cell locomotion and muscle fiber contraction couldn't take place without it. The cytoskeleton helps a cell keep its shape. The internal movement of organelles, as well as cell locomotion and muscle fiber contraction couldn't take place without it.
Depolarization of the sarcolemma is the process where there is a change in the electrical charge across the cell membrane of a muscle cell. This change in charge helps to propagate an action potential along the cell membrane, initiating muscle contraction.
A muscle cell is a cell which can change length
Smooth muscle cell are spindle-shaped.
The chemical component that helps muscle cells change their shape is actin, a protein that plays a crucial role in muscle contraction and cell movement. Actin filaments, along with myosin, form the contractile apparatus in muscle fibers, allowing them to contract and elongate. The interaction between actin and myosin, facilitated by ATP, enables muscle cells to alter their shape effectively during contraction and relaxation.
Smooth muscle cell are spindle-shaped.
its a muscle
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Changes in the organization of its cytoskeleton allow a cell to change shape.
Muscle cells are elongated in shape to allow for efficient contraction and force generation. Additionally, the size of the muscle cell is large to accommodate a substantial number of muscle proteins and energy stores needed for muscle function. These adaptations in shape and size enhance the muscle cell's ability to contract rapidly and powerfully.
The cell is long because the , muscle needs to stretch and contract when you use that muscle. Therefore it needs to be long in order to stretch.
carrier proteins transport glucose into a muscle cell
A muscle cell is elongated and cylindrical in shape, often referred to as a muscle fiber. It contains multiple nuclei and is capable of contracting and relaxing to generate force and movement in the body.
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