BIOL 103 Lecture Notes - Lecture 15: Santa Barbara City College, Clathrin, Dynein

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Steps of clathrin-coated vesicles formation: clathrin coat forms curved bud membrane configuration from interaction of molecules with each other to form curved cage, cargo molecules picked up by cargo receptor, which is a transmembrane protein. Each coat has binding sites for several adaptin molecules and thus cargo receptors and cargo. Results in concentration of cargo molecules in the area where the bud is froming: dynamin constricts the neck of the bus (vesicle) and then pinches off. Gtp driven: removal of clathrin as coat protein and adaptin are released and recycled. Transportation of vesicles and are moved by motor proteins (kinesins or dynein for microtubules, myosin for actin) Over short distance vesicles move by diffusion. Over longer distances vesicles move along the cytoskeletal tracts (usually microtubules) Docking: bringing a vesicle in from a further distance so it"s very close to the membrane. Tethers: very little genetic similarity between them.

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