BSC 1010C Lecture Notes - Lecture 10: Conformational Change, Hydrolysis, Riboflavin

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Uses atp to move solutes across a membrane against gradient. Symport system- 2 substances are moved across a membrane in the same direction. Antiport system- 2 substances are moved across a membrane in opposite directions. Primary active transport- hydrolysis of atp phosphorylates the transport protein causing conformational change. This moves the ion against its gradient. Secondary active transport- use of an exchange pump (such as the na+ - k+ pump) indirectly to drive the transport of other solutes. As na+ comes back into the cell down its gradient another molecule (glucose) gets a free ride through a cotransporter against its gradient. Basic chemical reactions underlying metabolism: catabolism & anabolism, oxidation (loss) & reduction (gain) reactions, atp production & energy storage, the roles of enzymes in metabolism. (nad+) based on niacin (vitamin b3) > reduced nadh. (fad) > derived from riboflavin (vitamin b2) > reduced fadhh.

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