BIOL130 Study Guide - Final Guide: Intermediate Filament, Neuroglia, Vimentin

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The cytoskeleton: a network of fibres forming the shape of the cell within the cytoplasm. Classes of microfilaments: there many different types of proteins depending on the intermediate filament, even intermediate filaments in different cells of the same organism can have different proteins. In the nucleus: nuclear lamins in all animal cells. In the cytoplasm: neurofilaments in nerve cells, vimentin & vimentin-related in connective tissue, muscle cells, and neuroglial cells, keratins in epithelia. Movement of chromosomes during mitosis (i. e. spindle microtubules) Extracellular matrix & the cell wall common features: cross-linked network of filaments, resists stretching and straining forces, semi-solid gelatinous matrix (polysaccharides and proteins, resists compression. Post-translational reactions occur in the endomembrane system. Both require ascorbic acid as a co-factor. Differentiation of cell types: there are 3 main factors that maintain cellular organization of tissues, cell communication: Each type of cell continually monitors its environment for signals from other cells and adjusts behaviour accordingly.

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