Which Cell Types Have High Density of Cytoplasmic Intermediate Filaments?

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Cytoplasmic intermediate filaments play a crucial role in maintaining cell shape, rigidity, and anchoring organelles. The discussion centers on identifying cell types that would have a high density of these filaments. It is noted that intermediate filaments have only been isolated in specific cell types, which helps eliminate some options. The key functions of these filaments suggest that cells requiring structural integrity would have a higher density. Human skin epithelial cells and nerve cells in the spinal cord are highlighted as strong candidates due to their need for structural support. In contrast, free-living amoebas and human sperm cells are less likely to contain high densities of intermediate filaments due to their different structural requirements and movement capabilities. The conversation emphasizes the importance of understanding the functional roles of intermediate filaments in various cell types.
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Which of the following types of cells would you expect to contain a high density of cytoplasmic intermediate filaments?

A) Free living amoeba (the answer is no, but why? Is it because the amoeba has to move)

B) Human skin epithelial cell

C) smooth cell in the digestive tract of a vertebrate

D) Nerve cell in the spinal cord of a mouse

E) Human sperm cell

F) Plant cell

Any help would be appreciated :smile:
 
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First, the cytoplasmic intermediate filaments has only been isolated in on type of cell and this would help eliminate two choice.

Second, ask yourself what is the role of the cytoplasmic intermediate filaments.

Based on their function what cell type needs this function the most. That should eliminate two more choice.

The answer is bit more difficult to find. You may find what you want in the chapter.
http://www.ncbi.nlm.nih.gov/books/bv.fcgi?rid=mboc4.section.2957
 
INtermediate filaments function as tension-bearing elements to help maintain cell shape and rigidity, and serve to anchor in place several organelles, including the nucleus and desmosomes

Ok if this is true then wouldn't a nerve cell in the spinal cord of a mouse need the filaments to maintain the structure and rigidity of the cell.

Also human skin epithelial cell would need the filaments to maintain structure of human skin
 
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