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Medical biochemistry : a core text with self-assessment / Alexander C. Brownie, John C. Kernohan.

By: Brownie, Alexander C.
Contributor(s): Kernohan, John C.
Series: Master medicine: Publisher: Edinburgh : Elsevier/Churchill Livingstone, c2005Edition: 2nd ed.Description: 319 p. : ill. ; 27 cm.ISBN: 0443100152 (pbk.); 9780443100154 (pbk.).Subject(s): Biochemistry | Clinical biochemistryDDC classification: 572
Contents:
1. Molecules in cells and water. - 2. Proteins. - 3. Enzymes. - 4. Cell membranes. - 5. Gas transport by the blood. - 6. Carbohydrate and fat catabolism. - 7. Other carbohydrate metabolism pathways. - 8. Protein and amino acid metabolism. - 9. Lipid synthesis and transport. - 10. Integration of metabolism. - 11. Purine and pyrimidine nucleotides. - 12. DNA structure and function . - 13. RNA structure and function. - 14. The synthesis of proteins. - 15. Molecular aspects of viruses. - 16. Biochemical functions of the liver. - 17. The biochemistry of the endocrine system. - 18. Nutrition. - 19. Biochemical functions of the blood. - 20. Biochemical genetics and inborn errors of metabolism.
Item type Current location Shelf location Call number Copy number Status Notes Date due Barcode
Main Collection Taylor's Library-TU

Floor 4, Shelf 16 , Side 2, TierNo 2, BayNo 4

572 BRO (Browse shelf) 1 Available SOMxx,33001,03,GR 5000095095

Includes index.

1. Molecules in cells and water. - 2. Proteins. - 3. Enzymes. - 4. Cell membranes. - 5. Gas transport by the blood. - 6. Carbohydrate and fat catabolism. - 7. Other carbohydrate metabolism pathways. - 8. Protein and amino acid metabolism. - 9. Lipid synthesis and transport. - 10. Integration of metabolism. - 11. Purine and pyrimidine nucleotides. - 12. DNA structure and function . - 13. RNA structure and function. - 14. The synthesis of proteins. - 15. Molecular aspects of viruses. - 16. Biochemical functions of the liver. - 17. The biochemistry of the endocrine system. - 18. Nutrition. - 19. Biochemical functions of the blood. - 20. Biochemical genetics and inborn errors of metabolism.