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The cytoskeleton's intermediate filaments are a dependable component and aid in giving the cell its structure. They are also crucial for securing the cell to the extracellular matrix and to other cells, a process known as cell cohesion.
In comparison to the other two types, intermediate filaments are more enduring components of the cytoskeleton. They stabilize organelle placement and reinforce cell structure. Actin filaments and microtubules, the other two major components of the cytoskeleton, both have widths of about 7 nm, whereas intermediate filaments have a diameter of about 10 nm (about 25 nm). The intermediate filaments are not directly engaged in cellular mobility, in contrast to actin filaments and microtubules.
Instead, they seem to primarily serve a structural function by giving cells and tissues mechanical strength. Protein structure of intermediate filaments. A core -helical rod domain in intermediate filament proteins has about 310 amino acids (350 amino acids in the nuclear lamins). Different proteins have different N- and C-terminal tail domains.
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Correct Question:
what type of filament is more permanent than other filaments and can maintain the cell structure even after the cell dies?
