Biochemistry

1. Introduction to protein metabolism 2. Metabolism of amino acids 2.1 transamination 2.2 decarboxylation 2.3 oxidative and non oxidative deamination 3. Role and regulation of glucose dehydrogenase activity (GDH) 4. Ammonia disposal and urea/kreb's-Henseleit cycle 5. Glucose alanine cycle 6. Energetics of urea cycle 7. Metabolism of ammonia 7.1 formatiom of ammonia 7.2 transport and storage of NH3 7.3 function of ammonia 7.4 disposal of ammonia 7.5 toxicity of ammonia 8. fate of car...

1. Introduction to protein metabolism 2. Metabolism of amino acids. 2.1 transamination 2.2 decarboxylation 2.3 oxidative and non oxidative deamination 2.4 role and regulation of glutamate dehydrogenase (GDH) 3. Ammonia disposal and urea cycle/kreb's-henseleit cycle and energetics 4. Glucose alanine cycle 5. Metabolism of ammonia 5.1 function of ammonia 5.2 disposal of ammonia 5.3 toxicity of ammonia 6. Fate of carbon skeleton of amino acids 7. Nitrogen metabolism 8. Biosynthesis of am...