Medical Biochemistry course

For a good learning of Medical Biochemistry course, it is important to have easy access to the best Medical Biochemistry course at any time.This free application is a dynamic library powered by the best English educational websites specialized in Medical Biochemistry course.Courses on the following topics are obviously present in our application.Medical Biochemistry courseDocuments-Medical Biochemistry course- Unit One: Enzymes-Principles and classifications of Enzymes- Mechanism action of Enzymes- Enzyme Inhibition- Regulation of Enzyme activity- Enzymes in clinical diagnosis- Unit Two: Carbohydrate Metabolism-Chemistry of Carbohydrates- Functions of Carbohydrates- Digestion and absorption of Carbohydrates- Glycolysis- Glycogen Metabolism- Glycogen storage diseases- Pentose phosphate pathway- The Cori - cycle- Gluconeogenesis- Unit Three: Integrative Metabolism Bioenergetics-Introduction- Structural basis of high energy phosphate- Formation and utilization of ATP- Catabolism of fuel molecules- Concept of Free energy- Oxidation-reduction reactions- Aerobic energy generation- Kreb's cycle- Function and regulation of kreb's cycle- Electron transport system and oxidative Phosphorylation- Respiratory control- Uncouplers- Respiratory poisons- Unit Four: Lipid Metabolism-Classification of Lipids- Types of Lipids- Digestion and absorption of Lipids- Metabolism of Fatty acids and Triacyl Glycerols- -Oxidation of Fatty acids- Metabolism of Ketone bodies- Biosynthesis of Fatty acids and triacyl glycerols- Cholesterol Metabolism- Atherosclerosis- Hypercholesterolemic drugs- Lipid storage diseases- Fatty Liver- Lipoproteins- Chemical compositions of Membranes- Unit Five: Amino acids and Proteins-Classification of amino acids- Properties of amino acids- Peptides- Glutathione synthesis- Proteins- Classifications of proteins- Levels of organization of proteins- Denaturation of proteins- Hemoglobin and Myoglobin- Sickle cell Hemoglobin- Sickle cell disease, Sickle cell trait- Digestion and absorption of proteins- Amino acid catabolism- Nitrogen balance, excretion and the urea cycle- Defects in the urea cycle- The Glucose - Alanine cycle- Inborn errors of amino acid metabolism- Amino acid derived nitrogenous compounds- Clinical problems- Unit Six: Vitamins and Coenzymes-Water soluble vitamins- Chemistry, sources, function and deficiency of: Thamine- Riboflavin- Niacin- Pyridoxine- Biotin- Cobalamin- Folic acid- Panthothenic acid-- Ascorbic acid- Fat soluble vitamins- Chemistry, Sources, function, deficiency and Hypervitaminosis of: Vitamin A- Chemistry, Sources, function, deficiency and Hypervitaminosis of: Vitamin D-- Chemistry, Sources, function, deficiency and Hypervitaminosis of: Vitamin E- Chemistry, Sources, function, deficiency and Hypervitaminosis of: Vitamin K- Unit Seven: Miniral Metabolism-Mineral- Sodium and potassium-Calcium and Phosphate- Trace elements- Iron- Copper- Magnesium- Flourine- Iodine- Zinc- Selenium- Unit Eight: Hormones-Definition and classification OF Hormones- Biosynthesis, storage, transport- Mechanism of action of steroid hormones- Mechanism of action of protein hormones- Receptors and diseases- Second messengers- Insulin synthesis, secretion and metabolic role- Diabetes mellitus- Symptoms and complications of DM- Glucagon- Clinical aspects of hormones- Thyroxin- Synthesis and Metabolism-Hypo and Hyper Thyroidism- Goiter- Catecholamines-- Pheochromocytoma- Unit Nine: Molecular Genetics-Structure of Nucleic acids- Types of Nucleic acids- Replication of DNA- DNA Damage and repair mechanism- RNA synthesis- Post transcriptional Modifications- Translation/Protein synthesis- Regulation of protein synthesis- The Genetic code
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