BIOL-242 Lecture Notes - Lecture 52: Atp Synthase, Electrochemical Gradient, Gluconeogenesis

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Chapter 24 part 4 | gluconeogenesis and lipid. H+ attracted to matrix side of membrane by ph gradient and voltage. H+ diffuses back to matrix via atp synthase electrical current. Atp synthase uses electrical current atp. Transfer of energy from nadh + h+ and fadh2 to oxygen releases large amounts of energy. Energy released in controlled steps through electron transport chain. Electron pairs + oxygen atom o o attracts h+ water. Complex carbohydrates more glycogen storage in muscle; more effective than high-protein meal for intense muscle activity. Carbohydrate-rich diet for 3-4 days; decreased activity muscles store more glycogen. Glucose formed in liver from glycerol and amino acids when blood glucose levels drop. From the amino acid, or from the glycerol from the fat. Greater energy yield than from glucose or protein catabolism. Fat catabolism yields 9 kcal per gram versus 4 kcal per gram of carbohydrate or protein. Most products of fat digestion transported in lymph as chylomicrons.

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