Current Aspects of Biochemical Energetics: Fritz Lipmann Dedicatory Volume

2-deoxyglucose acceptor acetate acetyl CoA acetyl phosphate Acta activity acyl adenosine adenosine triphosphate aerobic amino acids aminothiazole anaerobic glycolysis atoms bacteria bark binding Biochem Biochemistry Biol biological Biophys biosynthesis bond energy carbamyl-P carbon catalyzed cells Chem chemical coenzyme coli complex compounds concentration conformational change containing degradation dehydrogenase dianion diphosphate effect energy-rich enzymatic enzyme experimental experiments extracts fermentation formation fraction free energy Fritz Lipmann function glucose Hassid hydrolysis incubation inhibition inhibitor involved kcal kluyveri lignin Lipmann liver mechanism membrane metabolism milliliter moiety mole molecular molecule muscle N-acetyl Natl nicotinamide nicotinate nucleotide observed organisms oxidation oxygen peptide phosphorylation polymer polysomes preparation present Proc protein synthesis pyrophosphate pyruvate reaction receptor residues ribosomes shown solution specific Stadtman strain structure studies substrate sucrose sugar supernatant teichoic acids thiamine thiazole thymine tion tissue transfer tRNA µmoles