For one, their function. A muscle cell works to move the body by contracting and relaxing. It's crucial in organs and blood flow, as well as movement. Red blood cells transport respiratory gases throughout the body.
Muscle cells are almost packed with mitochondria and proteins actin and myosin. Red blood cells have almost nothing but hemoglobins to be able to carry maximum amount of oxygen.
red blood cells are smaller.
white blood cells have a nucleus and red blood cell doesnt
The difference between a red blood cell and a leaf is that a leaf contains chlorophyll to make it green instead of haemoglobin that makes a red blood cell red. A leaf has many chloroplasts when a red blood cell does not but a red blood cell has a dimple. Both have a cell membrane but only a leaf has a cell wall. Hope this helps you.
the nerve cell is the white cell and it is white but it doesnt care as much blood as the red blood cell does that's the difference. Also, the nerve cell is the white cell and it is white but the red blood carries blood. Wait, I think the nerve cell is the white cell is white. White Cell=Nerve Cell*white. Cell=Nerve/White =;)
Red blood cells contain hemoglobin, but white blood cells do not
The sarcolemma is the cell membrane of a muscle fiber, while the endomysium is the connective tissue that surrounds individual muscle fibers within a muscle.
Fish blood contains nuclei in each blood cell and are much larger than human blood.
A stem cell, if put near a muscle cell, will transform itself into more muscle cells. If a stem cell is put near the cell of an organ, it will "replicate" the cells of that organ. (if and only IF the stem cell is deemed compatible and has nutrients) A muscle cell if put near anything not muscle ... will do nothing (very likely will be killed/absorbed by the antibodies), if put near a muscle, it should try to integrate itself into working in tandem with that muscle.
A white blood cell has no nucleus and haemoglobin. They are part of the immune system of the body. They are differentiated into five distinct types based on their shape. Muscle cells are rod shaped and are packed with thin fibers called myofibrils. They are nucleated and have haemoglobin. Muscle cells can contract and expand.
Cardiac muscle cell, skeletal muscle cell, smooth muscle cell, fat cell, neuron, stratified squamous epithelial cell, ciliated epithelial cell, bone cell, neutrophil, and erythrocyte(red blood cell)
The endomysium is a connective tissue layer that surrounds individual muscle fibers, while the sarcolemma is the cell membrane of a muscle fiber. The endomysium provides support and protection to the muscle fibers, while the sarcolemma controls the movement of substances in and out of the muscle cell.
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