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This Concept Map, created with IHMC CmapTools, has information related to: CELLULAR RESPIRATION CONCEPT MAP, oxidative phosphorylation location mitochondrial matrix, citric acid cycle per acetyl CoA loses 2 CO2, citric acid cycle per acetyl CoA 3 NADH formed, oxidative phosphorylation consists of chemiosmosis, 1 FADH2 formed electron carriers used in oxidative phosphorylation, electron transport chain protein complexes use electrons from NADH, FADH2 to pump protons into intermembrane space creates a concentration gradient of H+, glycolysis processes glucose, creates a concentration gradient of H+ used in chemiosmosis, cellular respiration (oxygen present) three distinct processes citric acid cycle, glucose 2 ATP invested 2 pyruvate, citric acid cycle per acetyl CoA 1 ATP formed, chemiosmosis flow of H+powers ATP synthase Net 36-38 ATP per glucose, glucose 2 ATP invested Net +2 ATP, 2 pyruvate transported into mitochondrion pyruvate loses CO2; 1 NADH formed per; becomes acetylCoA, glucose 2 ATP invested 2 NADH, cellular respiration (oxygen present) three distinct processes glycolysis, glycolysis location cell cytosol, 2 NADH transported into mitochondrion pyruvate loses CO2; 1 NADH formed per; becomes acetylCoA, cellular respiration (oxygen present) three distinct processes oxidative phosphorylation, oxidative phosphorylation consists of electron transport chain