the ability to produce large amounts of the enzymes and structural proteins needed for contraction
skeletal smooth muscle neuron
skeletal muscle cells have multiple nuclei in each cell.
Having many nuclei in a skeletal muscle fiber allows for efficient repair and regeneration of the muscle tissue. It enables the muscle fiber to synthesize proteins and grow in response to exercise or injury. Additionally, the multiple nuclei provide more genetic material for protein production, enhancing the muscle's ability to adapt and increase in size.
The advantage of having smooth muscle lining the intestinal tract is that it allows for involuntary, continuous, and rhythmic contractions, which are essential for peristalsis and the movement of food through the digestive system. Unlike skeletal muscle, which is under voluntary control, smooth muscle operates autonomously, enabling the digestive processes to function without conscious effort. Additionally, smooth muscle's ability to contract slowly and sustain long periods of tension is ideal for the gradual processing and mixing of food, unlike the rapid contractions of cardiac or skeletal muscle.
Smooth muscle tissue has a single nucleus in each cell :)
Skeletal muscles are different from other cells in that they have multiple nuclei
SKELETAL (:
Muscle cells would benefit from having multiple nuclei because they are large cells that require a lot of genetic material to support their functions, such as protein synthesis and energy production. Having multiple nuclei helps to efficiently regulate gene expression and coordinate cellular activities across a large cell volume.
skeletal muscles
Skeletal muscle is attached to bones and helps with movement, while cardiac muscle is found in the heart and helps pump blood. Skeletal muscle is under voluntary control, while cardiac muscle is involuntary. Additionally, skeletal muscle has multiple nuclei per cell, while cardiac muscle has only one nucleus per cell.
smooth muscle, cardiac muscle and most glands
Skeletal muscle