Enzymology
T Devasena
Enzymology - Oxford ; New York Oxford University Press 2010 - xvi, 492 pages : illustrations ; 24 cm.
1. Introduction to enzymology ; 2. Mechanism of enzyme action ; 3. Enzyme kinetics ; 4. Enzyme inhibition ; 5. Regulation of enzyme activity ; 6. Coenzymes ; 7. Isozymes abzymes ribozymes and deoxyribozymes ; 8. Applications of enzymes ; 9. Enzymes in molecular biology, cloning and genetic engineering ; 10. Enzyme mutation ; 11. Synzymes ; 12. Enzyme models-artizymes ; 13. Immobilized enzymes ; 14. Enzyme technology and enzyme engineering
Enzymology is designed to serve as a textbook for the undergraduate engineering students of Biotechnology and Chemical Engineering. In addition, this book would also serve as an invaluable reference for students who are pursuing their undergraduate and postgraduate degree programs in Biotechnology, and all other life sciences programs that offer a course on Enzymes
9780198064435
Enzymology.
612.0151 DEV-E
Enzymology - Oxford ; New York Oxford University Press 2010 - xvi, 492 pages : illustrations ; 24 cm.
1. Introduction to enzymology ; 2. Mechanism of enzyme action ; 3. Enzyme kinetics ; 4. Enzyme inhibition ; 5. Regulation of enzyme activity ; 6. Coenzymes ; 7. Isozymes abzymes ribozymes and deoxyribozymes ; 8. Applications of enzymes ; 9. Enzymes in molecular biology, cloning and genetic engineering ; 10. Enzyme mutation ; 11. Synzymes ; 12. Enzyme models-artizymes ; 13. Immobilized enzymes ; 14. Enzyme technology and enzyme engineering
Enzymology is designed to serve as a textbook for the undergraduate engineering students of Biotechnology and Chemical Engineering. In addition, this book would also serve as an invaluable reference for students who are pursuing their undergraduate and postgraduate degree programs in Biotechnology, and all other life sciences programs that offer a course on Enzymes
9780198064435
Enzymology.
612.0151 DEV-E