The enzymes / edited by Paul D. Boyer

Περιλαμβάνει ευρετήριο.

τ. 1. - - xvi, 559 σ. - 1970 -- τ. 2. - xv, 584 σ. - 1970 -- τ. 3. - xx, 886 σ. - 1971 -- τ. 4. - xxi, 896 σ. - 1971 -- τ. 5. - xxiii, 734 σ. - 1971 -- τ. 6. - xx, 678 σ. - 1972 -- τ. 7. - xxiv, 959 σ. - 1972 -- τ. 8. - xx, 651 σ. - 1973 -- τ. 9. - xxii, 586 σ. - 1973 -- τ. 10 . - xxviii, 886 σ. - 1974 -- τ. 11. - xxvi, 658 σ. - 1975 -- τ. 12. - xxv, 647 σ. - 1975 -- τ. 13. - xxv, 542 σ. - 1976.

τ. 1. Stucture and control -- τ. 2. Kinetics and mechanism -- τ. 3. -Hytrolysis: peptide bonds -- τ. 4. Hytrolysis:other C-N bonds, phosphate esters, glycosides, Hydration -- τ. 5. Hydrolysis: sulfate esters, carboxyl esters, glycosides, hydration -- τ. 6. Carboxylation and decarboxylation(nonoxidative), isomeration -- τ. 7. Elimination and addition, aldol cleavage and condensation other C-C cleavage, phosphorolysis, hydrolysis(fats, glycosides) -- τ. 8 . Group transfer: part 1: nucleotidyl transfer, acyl transfer, phosphoryl transfer -- τ. 9. Group transfer: part 2:phosphoryl transfer, one-carbon group transfer, glycosil transfer, amino group transfer, other transferases -- τ. 10. Protein synthesis. DNA synthesis and repair, RNA synthesis, energy-linked ATPases, synthetases -- τ. 11. Oxidation-reduction: part 1: dehydrogenases(I), electron transfer(I) -- τ. 12. Oxidation-reduction: part 2: electron transfer(II), oxyganases, oxidases(I) -- τ. 13. Oxidation-reduction: part 3: dehydrogenases(II), oxidases(II), hydrogen peroxide cleavage.