Can someone help me on this Match the cytoskeletal filaments with th.pdf

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Can someone help me on this Match the cytoskeletal filaments with their structure, specific motor protein composition, and cellular function. A. Microtubules B. Intermediate Filaments C. Microfilaments ____ thick, twisted, fibrous filaments A hollow tubules two intertwined filaments B anchorage of nucleus and other organelles within the cell ____chromosome movement during cell division ____muscle contraction ____ actin ____tubulin ____ keratin Solution 1. A 2. A 3. C 4. B 5. A 6. C 7. C 8. A 9. B A. Microtubules- Made up of alpha beta tubulin dimer Hollow tubules These are made up of thick, twisted, fibrous filaments Move chromosome during cell division B. Intermediate filaments- Made up of keratin, lamins and others Anchor nuleus and some other organelles within the cell C. Microfilaments- Made up actin 2 strands of actin, each is made up of 2 helical interwined filament. Move cella via muscle contraction or cell crawling..

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a. What is the purpose of mitosis? b. Identify morphological changes during mitosis in the following cell structures: chromatin, chromosomes, chromatids, nucleolus, nuclear membrane, centrioles, and spindle. c. Explain how cytokinesis occurs in animal cells, compared to how it occurs in plant cells. d. What is the involvement of microtubules and microfilaments in moving chromosomes during mitosis and in forming a cleavage furrow during cytokinesis? Solution Answer: Cell Structure Changes Chromatin During the onset of prophase, chromatin fibers do condense into discrete chromosomes which can be seen through a light microscope. Chromosomes They are formed by detaching chromatin network and become long, thin, and a thread like structure. Chromatids They are the two separate longitudinal thread which are joined at the center of chromosome called centromere. Nucleolus It disappears during the early prophase. Nucleolus membrane It disappears and gets recover when the two daughter cells are formed Centrioles It takes place in development of spindle fiber in a cell division. Spindle Also called as spindle fiber which helps in formation of genetically identical daughter cells. Spindle is formed in prometaphase. Plant cells Animal cells A mid body is absent It is present In it division occurs by the formation of cell plate. Here, complete cleavage takes place. It takes place passively. It takes place actively. It is centrifugal. It is centripetal. A row of vesicles is formed. A row of vesicles is not formed. Wall formation is present. Wall formation is absent It determines structure of a cell. It forms a dynamic cytoskeleton It forms spindle apparatus to divide chromosomes. It helps to move cell eg. Lamellipodia, Filopodia It provides means of transport for vesicles. Motor proteins help to transport intracellular organelles. Whereas cleavage furrow is the emplacement of surface of the cell that leads cleavage process by which Cytokinesis takes place. Here, microtubules and microfilaments play a major role in occurrence of mitosis properly. Cell Structure Changes Chromatin During the onset of prophase, chromatin fibers do condense into discrete chromosomes which can be seen through a light microscope. Chromosomes They are formed by detaching chromatin network and become long, thin, and a thread like structure. Chromatids They are the two separate longitudinal thread which are joined at the center of chromosome called centromere. Nucleolus It disappears during the early prophase. Nucleolus membrane It disappears and gets recover when the two daughter cells are formed Centrioles It takes place in development of spindle fiber in a cell division. Spindle Also called as spindle fiber which helps in formation of genetically identical daughter cells. Spindle is formed in prometaphase..

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Cilia and Flagella are complex filamentous cytoplasmic structures protruding through a cell wall. They are minute, especially differentiated appendices of the cell. Flagella wriggle like eels. They generate waves that pass along their length, usually from base to tip at constant amplitude. Thus the movement of water by a flagellum is parallel to its axis while a cilium moves water perpendicular to its axis and, hence, perpendicular to the surface of the cell. The axoneme is connected with the basal body which is an intracellular granule lying in the cell cortex and which originates from the centrioles. Each axoneme is filled with ciliary matrix, in which are embedded two central singlet microtubules, each with the 13 protofilaments and nine outer pairs of microtubules, called doublets. This recurring motif is known as the 9 + 2 array.

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