BIOCH200 Lecture Notes - Integral Membrane Protein, Peripheral Membrane Protein, Active Transport

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It moves x down its concentration gradient and y up its concentration gradient. What type of transport is this: primary active antiport, primary active symport, secondary active antiport, secondary active symport, the following are steps which incompletely describe the mechanism by which na+ and. K+ ions are transported by the na+k+ atpase. 10. transport of digested glucose across intestinal cells from the intestinal space to the blood requires multiple transporters. Which one of the following is not required: the na-glucose symporter. B. the na+ k+-atpase antiporter: the k+ channel uniporter. D. the glucose uniporter: you have discovered a protein that transports ca2+ ions up a concentration gradient, from the cytoplasm into the endoplasmic reticulum. Which type of transport protein does this appear to be: ca2+ ion channel, ca2+ ion porin, primary active uniport, secondary active uniport, which one of the following statements about passive transport across a membrane is.

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