BIOLOGY 151 Lecture Notes - Lecture 22: Nicotinamide Adenine Dinucleotide, Adenine, Intramembrane Protease

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Process of using the energy in glucose"s bonds to create atp. Rearrangement of h atoms (electrons) in redox rxns within a cell. Cell breaks down the oxidation of glucose into smaller steps. Stores energy rather than releasing it into the environment. As electrons are transferred from one electron carrier to another, energy level decreases and energy is released. Takes a phosphate group from a substrate and donates to. Atp is generated from the oxidation of nadh and fadh2. 6 carbons split into 3 to form pyruvate. 2 nadh + h+ 2 nadh + h+ The remaining steps occur in the matrix of the mitochondria. Remaining ch3co binds with "coenzyme a" (vitamin b5) to form acetyl coa. Also referred to as the krebs cycle or tca. Purpose is to produce energy by oxidizing acetyl-coa. Carbons in acetyl-coa can become many other molecules other than acetyl-coa. The o2 in the co2 we breathe out comes from glucose.

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