It is uninucleate not because it has one cell, but because each cell in that muscle has 1 nucleus.
Yes, as well as skeletal muscle tissue.
Skeletal muscle tissue is multinucleate, meaning that each muscle fiber contains multiple nuclei. This characteristic allows for greater control and coordination of muscle contractions, as well as the ability to manage the demands of increased protein synthesis required for muscle function and repair. In contrast, cardiac and smooth muscle tissues are usually uninucleate.
Striated muscle includes cardiac muscle and skeletal muscle. Cardiac muscle is found only in the heart. Skeletal muscle is between bones and is voluntarily controlled. Examples of skeletal muscle are the sternoclydomastoid, biceps, obicularis oris, rectus femoris, etc.
Skeletal muscle.
1) Whether they have striations2) Whether they are voluntary or involuntary3) Whether they are uninucleate (single nucleus) or multinucleate (more than one nucleus)
The muscle tissue that is multinucleate, involuntary, and bears striations is cardiac muscle. Cardiac muscle is found exclusively in the heart and is responsible for pumping blood throughout the body. Its striated appearance is due to the organized arrangement of actin and myosin filaments, while its involuntary nature means it is not under conscious control.
Both cardiac and skeletal muscle cells are striated and contract by the sliding filament mechanism. However, cardiac muscles cells are short, fat, branched, and interconnected unlike the long, cylindrical, multinucleate of skeletal muscle fibers.
Skeletal
A cell with a single nucleus is referred to as a "uninucleate" cell. This type of cell typically contains one central nucleus that houses its genetic material. Uninucleate cells are common in many organisms, including most animal cells, plant cells, and some types of fungi. In contrast, multinucleate cells have multiple nuclei and can be found in specific tissues, such as skeletal muscle.
Skeletal muscle tissue has elongated multinucleate cells.
cardiac
Smooth cardiac muscle.