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CH7 Vocab

LS2 Esdin

QuestionAnswer
begins glucose metabolism in all cells and produces 2 molecules of a 3-carbon product pyruvate; occurs in the cytosol. glycolysis
uses oxygen from the environment and completely converts each pyruvate molecule into 3 molecules of CO2. cellular respiration
does not involve O2 and converts pyruvate into lactic acid or ethanol. fermentation
links glycolysis and citric acid cycle; converts pyruvate to acetyl coA, producing 1 NADH with coenzyme A; occurs in the mitochondrial matrix. pyruvate oxidation
completes the oxidation of glucose to CO2; yields 3 NADH, 1 FADH2, and 1 GTP; occurs in the mitochondrial matrix; citric acid cycle
overall process of ATP synthesis resulting from the reoxidation of electron carriers in the presence of O2. oxidative phosphorylation
flow of electrons from NADH and FADH2 that pass through a series of membrane-associated electron carriers, creating a proton concentration gradient between the intermembrane space and matrix; occurs in the inner membrane. electron transport chain
diffusion of protons back into the mitochondrial matrix through a proton channel, which couples H+ movement to the synthesis of ATP. chemiosmosis
organisms that use solar energy to synthesize food compounds. autotrophs
organisms that obtain energy by processing the chemical energy in organic compounds. heterotrophs
folds in the inner membrane of the mitochondria that increases surface area. cristae
oxygen dependent pathway. aerobic
oxygen independent pathway. anaerobic
type of reaction that break down molecules. catabolic
type of reaction that synthesize molecules. anabolic
composed of a base (adenine), sugar (ribose) and a phosphate group that is used for "energy currency." ATP
type of reaction that results in the "loss of electrons." oxidation
type of reaction that results in the "gain of electrons." reduction
Created by: jkrmendoza
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