Cytoskeleton: made of small protein subunits that form long threads, or fibers, that crisscross the entire cell.
Cytoplasm: jelly substance that contains dissolved molecular building blocks
No. The cytoplasm is the semi-fluid substance that fills the space between the nucleus and the cell membrane. It holds all of the organelles in suspension. The cytoskeleton is what holds the organelles in place, or moves them. It gives the cell its shape and structure. It also aids in the movement of the cell. Think of it like an orange: The white stuff would be the cytoskeleton giving an orange its circular shape, while the juice is the cytoplasm. (In reality the cytoskeleton is much less obvious in a cell and the cytoplasm is much more viscous than orange juice)
Cytoskeletons are located inside of a cell. They give the cell shape and sometimes allow unicellar organisms to move. They do this by stretching their cytoskeletons.
the cytoplasm maintains the shape and help the cilia to process properly the cytoplasm maintains the shape and help the cilia to process properly
The cytoskeleton is responsible for the shape of the cell. The cell wall is similar. in that it is also responsible for the shape of a cell in the cytoskeleton.
The cytoskeleton maintains the cell shape with a network of protein filaments. The cytoskeleton also protects and helps with movement of cell.
Cytoskeleton: made of small protein subunits that form long threads, or fibers, that crisscross the entire cell. Cytoplasm: jelly substance that contains dissolved molecular building blocks
A cytoskeleton is a microscopic network of filaments int he cytoplasm of a cell. This cytoskeleton helps give the cell shape.
the cytoskeleton
Cytoskeleton
Cytoskeleton: made of small protein subunits that form long threads, or fibers, that crisscross the entire cell. Cytoplasm: jelly substance that contains dissolved molecular building blocks
The cytoplasm is a part of the cell.
No. The cytoplasm is the semi-fluid substance that fills the space between the nucleus and the cell membrane. It holds all of the organelles in suspension. The cytoskeleton is what holds the organelles in place, or moves them. It gives the cell its shape and structure. It also aids in the movement of the cell. Think of it like an orange: The white stuff would be the cytoskeleton giving an orange its circular shape, while the juice is the cytoplasm. (In reality the cytoskeleton is much less obvious in a cell and the cytoplasm is much more viscous than orange juice)
Cytoskeletons are located inside of a cell. They give the cell shape and sometimes allow unicellar organisms to move. They do this by stretching their cytoskeletons.
Cytoplasm functions as a "molecular soup" that holds together all of the cell's organelles, and divides the organelles within the cell. Cytoplasm is thought to be the "home"of the cytoskeleton; the cytoskeleton provides movement of the cell as well as its shape through the "cytoplasmic streaming", when the cytoskeleton moves to push the cell membrane it is then when the cytoplasm moves and fills the empty space. Proteins that occur in the cytoskeleton help to keep the shape of the cell, for the proteins are known to be used for "intracellular support". Also,cytoplasm contains nutrients that have been dissolved and it help for the dissolving of the waste products. Within the cytoplasm there are also "microtubules" which function as cell dividers, they are known for "temporary scaffolding"-for the other organelles.Actin Filaments are also rfound in cytoplasm and they also contribute to cell division as well as cell motility. Furthermore, the cytoplasm is composed of components that benefit the cell and keep the organelles separate from one another. hows that?
cell wall now get back to your homework (;
In Both at prokaryotic and eukaryotic cell at cytoplasm
the cytoplasm maintains the shape and help the cilia to process properly the cytoplasm maintains the shape and help the cilia to process properly