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 course Documents -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 - β-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