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" Textbook of biochemistry for medical students. "
D M VASUDEVAN
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BL
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| Record Number
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779538
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b599554
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| Main Entry
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D M VASUDEVAN
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| Title & Author
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Textbook of biochemistry for medical students.\ D M VASUDEVAN
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| Publication Statement
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[Place of publication not identified] : Jaypee Brothers medical p, 2013
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| Page. NO
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pages
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| ISBN
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9350905302
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: 9789350905302
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| Contents
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Machine generated contents note: pt. 1 Essay Questions --; pt. 2 Questions for Short Notes --; pt. 3 Reference Values, Recommended Daily Allowances and Deficient Enzymes --; pt. 4 Viva Voce --; pt. 5 Multiple Choice Questions (MCQs) --; Section A Chemical Basis of Life --; 1. Biochemical Perspective to Medicine --; Biomolecules --; Study of metabolic processes --; Stabilizing forces in molecules --; Water: the universal solvent --; Principles of thermodynamics --; Donnan membrane equilibrium --; 2. Subcellular Organelles and Cell Membranes --; Subcellular organelles --; Nucleus --; Endoplasmic reticulum --; Golgi apparatus --; Lysosomes --; Peroxisomes --; Mitochondria --; Plasma membrane --; Specialized membrane structures --; Transport mechanisms --; 3. Amino Acids: Structure and Properties --; Classification of amino acids --; Properties of amino acids --; General reactions of amino acids --; Peptide bond formation --; 4. Proteins: Structure and Function --; Structure of proteins. Contents note continued: Study of protein structure --; Physical properties of proteins --; Precipitation reactions of proteins --; Classification of proteins --; Quantitative estimation --; 5. Enzymology: General Concepts and Enzyme Kinetics --; Classification of enzymes --; Co-enzymes --; Mode of action of enzymes --; Michaelis-Menten theory --; Fischer's template theory --; Koshland's induced fit theory --; Active site or active center of enzyme --; Thermodynamic considerations --; Enzyme kinetics --; Factors influencing enzyme activity --; Specificity of enzymes --; Iso-enzymes --; 6. Chemistry of Carbohydrates --; Nomenclature --; Stereoisomers --; Reactions of monosaccharides --; Disaccharides --; Polysaccharides --; Heteroglycans --; Mucopolysaccharides --; Glycoproteins and mucoproteins --; 7. Chemistry of Lipids --; Classification of lipids --; Fatty acids --; Saturated fatty acids --; Unsaturated fatty acids --; Trans fatty acids --; Neutral fats --; Phospholipids --; Section B General Metabolism. Contents note continued: 8. Overview of Metabolism --; Experimental study of metabolism --; Metabolism --; Metabolic profile of organs --; 9. Major Metabolic Pathways of Glucose --; Digestion of carbohydrates --; Absorption of carbohydrates --; Glucose metabolism --; Glycolysis --; Metabolic fate of pyruvate --; Gluconeogenesis --; 10. Other Metabolic Pathways of Glucose --; Glycogen metabolism --; Degradation of glycogen (glycogenolysis) --; Glycogen synthesis (glycogenesis) --; Glycogen storage diseases --; Hexose monophosphate shunt pathway --; Oxidative phase --; Non-oxidative phase --; Glucuronic acid pathway of glucose --; Polyol pathway of glucose --; 11. Metabolic Pathways of Other Carbohydrates --; Fructose metabolism --; Galactose metabolism --; Metabolism of alcohol --; Metabolism of amino sugars --; Glycoproteins --; 12. Metabolism of Fatty Acids --; Digestion of lipids --; Absorption of lipids --; Beta oxidation of fatty acids --; Oxidation of odd chain fatty acids --; Alpha oxidation. Contents note continued: Omega oxidation --; De novo synthesis of fatty acids --; Synthesis of triacylglycerols --; Metabolism of adipose tissue --; Fatty liver and lipotropic factors --; Metabolism of ketone bodies --; Ketosis --; 13. Cholesterol and Lipoproteins --; Biosynthesis of cholesterol --; Plasma lipids --; Chylomicrons --; Very low density lipoproteins --; Low density lipoproteins --; High density lipoprotein --; Free fatty acid --; Formation of bile acids --; 14. MCFA, PUFA, Prostaglandins and Compound Lipids --; Monounsaturated fatty acids --; Polyunsaturated fatty acids --; Eicosanoids --; Prostaglandins --; Synthesis of compound lipids --; 15. General Amino Acid Metabolism (Urea Cycle, One Carbon Metabolism) --; Digestion of proteins --; Formation of ammonia --; Disposal/detoxification of ammonia --; Urea cycle --; One-carbon metabolism --; 16. Simple, Hydroxy and Sulfur-containing Amino Acids (Glycine, Serine, Methionine, Cysteine) --; Glycine --; Creatine and creatine phosphate --; Serine. Contents note continued: Alanine --; Threonine --; Methionine --; Cysteine --; Cystinuria --; Homocystinurias --; 17. Acidic, Basic and Branched Chain Amino Acids (Glutamic Acid, Aspartic Acid, Glutamine, Asparagine, Lysine, Arginine, Nitric Oxide, Valine, Leucine, Isoleucine) --; Glutamic acid --; Glutamine --; Glutamate transporters --; Aspartic acid --; Asparagine --; Arginine --; Nitric oxide --; Polyamines --; Branched chain amino acids --; 18. Aromatic Amino Acids (Phenylalanine, Tyrosine, Tryptophan, Histidine, Proline) and Amino Acidurias --; Phenylalanine --; Tyrosine --; Phenylketonuria --; Alkaptonuria --; Albinism --; Hypertyrosinemias --; Tryptophan --; Histidine --; Proline and hydroxyproline --; Aminoacidurias --; 19. Citric Acid Cycle --; Regulation of citric acid cycle --; 20. Biological Oxidation and Electron Transport Chain --; Redox potentials --; Biological oxidation --; Enzymes and co-enzymes --; High energy compounds --; Organization of electron transport chain --; Chemiosmotic theory. Contents note continued: 21. Heme Synthesis and Breakdown --; Structure of heme --; Biosynthesis of heme --; Catabolism of heme --; Hyperbilirubinemias --; 22. Hemoglobin (Structure, Oxygen and Carbon Dioxide Transport, Abnormal Hemoglobins) --; Structure of hemoglobin --; Transport of oxygen by hemoglobin --; Transport of carbon dioxide --; Hemoglobin derivatives --; Hemoglobin (globin chain) variants --; Thalassemias --; Myoglobin --; Anemias --; Hemolytic anemia --; Section C Clinical and Applied Biochemistry --; 23. Clinical Enzymology and Biomarkers --; Clinical enzymology --; Creatine kinase --; Cardiac troponins --; Lactate dehydrogenase --; Alanine amino transferase --; Aspartate amino transferase --; Alkaline phosphatase --; Prostate specific antigen --; Glucose-6-phosphate dehydrogenase --; Amylase --; Lipase --; Enolase --; 24. Regulation of Blood Glucose, Insulin and Diabetes Mellitus --; Regulation of blood glucose --; Reducing substances in urine --; Hyperglycemic hormones --; Glucagon. Contents note continued: Diabetes mellitus --; Acute metabolic complications --; 25. Hyperlipidemias and Cardiovascular Diseases --; Atherosclerosis --; Plasma lipid profile --; Risk factors for atherosclerosis --; Prevention of atherosclerosis --; Hypolipoproteinemias --; Hyperlipidemias --; 26. Liver and Gastric Function Tests --; Functions of liver --; Clinical manifestations of liver dysfunction --; Studies on malabsorption --; 27. Kidney Function Tests --; Renal function tests --; Abnormal constituents of urine --; Markers of glomerular filtration rate --; Markers of glomerular permeability --; Tests for tubular function --; 28. Plasma Proteins --; Electrophoresis --; Albumin --; Transport proteins --; Acute phase proteins --; Clotting factors --; Abnormalities in coagulation --; 29. Acid-Base Balance and pH --; Acids and bases --; Buffers --; Acid-base balance --; Buffers of the body fluids --; Respiratory regulation of pH --; Renal regulation of pH --; Cellular buffers --; Disturbances in acid-base balance. Contents note continued: 30. Electrolyte and Water Balance --; Intake and output of water --; Osmolality of extracellular fluid --; Sodium --; Potassium --; Chloride --; 31. Body Fluids (Milk, CSF, Amniotic Fluid, Ascitic Fluid) --; Milk --; Cerebrospinal fluid --; Amniotic fluid --; Ascitic fluid --; 32. Metabolic Diseases --; Prenatal diagnosis --; Newborn screening --; Laboratory investigations to diagnose metabolic disorders --; 33. Free Radicals and Antioxidants --; Clinical significance --; 34. Clinical Laboratory; Quality Control --; Reference values --; Preanalytical variables --; Specimen collection --; Quality control --; 35.
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General Techniques for Separation, Purification and Quantitation --; Electrophoresis --; Chromatography --; Radioimmunoassay --; ELISA test --; Colorimeter --; Autoanalyzer --; Mass spectrometry --; Section D Nutrition --; 36. Fat Soluble Vitamins (A, D, E, K) --; Vitamin A --; Vitamin D (cholecalciferol) --; Vitamin E --; Vitamin K. Contents note continued: 37. Water Soluble Vitamins --; 1 (Thiamine, Riboflavin, Niacin, Pyridoxine, Pantothenic Acid, Biotin) --; Thiamine (vitamin B1) --; Riboflavin (vitamin B2) --; Niacin --; Vitamin B6 --; Pantothenic acid --; Biotin --; 38. Water Soluble Vitamins --; 2 (Folic Acid, Vitamin B12 and Ascorbic Acid) --; Folic acid --; Vitamin B12 --; Choline --; Inositol --; Ascorbic acid (vitamin C) --; Rutin --; Flavonoids --; 39. Mineral Metabolism and Abnormalities --; Calcium --; Phosphorus --; Magnesium --; Sulfur --; Iron --; Copper --; Iodine --; Zinc --; Fluoride --; Selenium --; Manganese --; Molybdenum --; Cobalt --; Nickel --; Chromium --; Lithium --; 40. Energy Metabolism and Nutrition --; Importance of carbohydrates --; Nutritional importance of lipids --; Importance of proteins --; Protein-energy malnutrition --; Obesity --; Prescription of diet --; 41. Detoxification and Biotransformation of Xenobiotics --; Phase one reactions --; Phase two reactions; conjugations --; Phase three reactions. Contents note continued: 42. Environmental Pollution and Heavy Metal Poisons --; Corrosives --; Irritants --; Heavy metal poisons --; Pesticides and insecticides --; Occupational and industrial hazards --; Air pollutants --; Section E Molecular Biology --; 43. Nucleotides: Chemistry and Metabolism --; Biosynthesis of purine nucleotides --; Uric acid --; Gout --; De novo synthesis of pyrimidine --; 44. Deoxyribonucleic Acid: Structure and Replication --; Structure of DNA --; Replication of DNA --; DNA repair mechanisms --; 45. Transcription --; Ribonucleic acid --; Transcription process --; 46. Genetic Code and Translation --; Protein biosynthesis --; Translation process --; 47. Control of Gene Expression --; Mutations --; Classification of mutations --; Cell cycle --; Regulation of gene expression --; Viruses --; 48. Recombinant DNA Technology and Gene Therapy --; Recombinant DNA technology --; Vectors --; Gene therapy --; Stem cells --; 49. Molecular Diagnostics and Genetic Techniques. Contents note continued: Hybridization and blot techniques --; Polymerase chain reaction --; Mutation detection techniques --; Section F Hormones --; 50. Mechanisms of Action of Hormones and Signaling Molecules --; 51. Hypothalamic and Pituitary Hormones --; Hypothalamic neuropeptides --; Hormones of anterior pituitary --; 52. Steroid Hormones --; Adrenal cortical hormones --; Sex hormones --; 53. Thyroid Hormones --; 54. Gut Hormones --; Section G Advanced Biochemistry --; 55. Immunochemistry --; Structure of immunoglobulins --; Paraproteinemias --; Complement system --; Immunodeficiency states --; 56. Biochemistry of AIDS and HIV --; The human immunodeficiency virus --; Anti-HIV drugs --; 57. Biochemistry of Cancer --; Oncogenic viruses --; Oncogenes --; Tumor markers --; Anticancer drugs --; 58. Tissue Proteins in Health and Disease --; Collagen --; Elastin --; Muscle proteins --; Lens proteins --; Prions --; Biochemistry of aging --; 59. Applications of Isotopes in Medicine --; Isotopes --; Radioactivity. Contents note continued: Biological effects of radiation --; 60. Signal Molecules and Growth Factors.
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| LC Classification
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QP518.5D583 2013
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| Added Entry
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D M VASUDEVAN
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