human physiology

three major steps in forming ATP (called cellular respiration) a. glycolysis (1) in cytosol (2) glucose 2 pyruvic acid (a series of steps) (3) yields 2 ATP/glucose (not very efficient by itself) (4) attach H to carrier molecules b. citric acid cycle (also called Krebs cycle or tricarboxylic acid cycle) (1) pyruvic acid is transported to mitochondrial matrix (2) pyruvic acid acetyl CoA (3) acetyl CoA enters citric acid cycle, which is a series of reactions (4) CO2 is produced (5) hyd...

three major steps in forming ATP (called cellular respiration) a. glycolysis (1) in cytosol (2) glucose 2 pyruvic acid (a series of steps) (3) yields 2 ATP/glucose (not very efficient by itself) (4) attach H to carrier molecules b. citric acid cycle (also called Krebs cycle or tricarboxylic acid cycle) (1) pyruvic acid is transported to mitochondrial matrix (2) pyruvic acid acetyl CoA (3) acetyl CoA enters citric acid cycle, which is a series of reactions (4) CO2 is produced (5) hyd...

three major steps in forming ATP (called cellular respiration) a. glycolysis (1) in cytosol (2) glucose 2 pyruvic acid (a series of steps) (3) yields 2 ATP/glucose (not very efficient by itself) (4) attach H to carrier molecules b. citric acid cycle (also called Krebs cycle or tricarboxylic acid cycle) (1) pyruvic acid is transported to mitochondrial matrix (2) pyruvic acid acetyl CoA (3) acetyl CoA enters citric acid cycle, which is a series of reactions (4) CO2 is produced (5) hyd...

three major steps in forming ATP (called cellular respiration) a. glycolysis (1) in cytosol (2) glucose 2 pyruvic acid (a series of steps) (3) yields 2 ATP/glucose (not very efficient by itself) (4) attach H to carrier molecules b. citric acid cycle (also called Krebs cycle or tricarboxylic acid cycle) (1) pyruvic acid is transported to mitochondrial matrix (2) pyruvic acid acetyl CoA (3) acetyl CoA enters citric acid cycle, which is a series of reactions (4) CO2 is produced (5) hyd...