BIOCHEMISTRY 1
Good knowledge of Chemistry, preferably with the exam of "Structures and Functions of Biomolecules" passed.
Oral exam which includes a questions on one or two subjects. The final grade is based on the student's ability to respond in detail on the topic, as well as having a critical understanding of the diseases associated with imbalances of metabolic pathways and / or biomolecules involved.
To provide a solid knowledge base on the metabolism of macromolecules and nutrients.
The main biomolecules of the organism: sugars, aminoacids, lipids, cholesterol, energy molecules. Reserve molecules, glycogen and triglycerides.
Proteins: peptide bond, aminoacidic sequence, three-dimensional structure (eg collagen); post-translational modifications, phosphorylations, glycosilations, proteolysis, bonds with coenzymes
Oxygen transporters: Hemoglobin / Myoglobin
Enzymes: properties, kinetics, inhibitions, regulation, specificity, nomenclature, hints of enzyme co-factors.
Vitamins.
Metabolism: anabolism and catabolism, bonds and regulations; bioenergetics: ATP- phosphorylation at the substrate level and NAD + / FAD-reducing power
Respiratory chain.
Glycolysis, glycogen metabolism and effect of insulin and glucagon.
Krebs cycle, gluconeogenesis and their regulation.
Nitrogen metabolism, transamination, transamination, urea cycle and uric acid.
Fat metabolism and metabolic adaptations in fasting.
Haem catabolism and albumins.
Lipoproteins, bile acids and hints on cholesterol metabolism.
Degradation of aminoacids and urea synthesis.
Aminoacid derivatives and nucleotide synthesis (outline)
Insulin / glucagon regulation.
Lehninger Principles of Biochemistry: International Edition, David L. Nelson, Michael M. Cox, WH Freeman; 7th ed. 2017 edizione (1 gennaio 2017)
Oral lessons in the classroom, including discussions regarding the biochemistry in everyday life. The presentations are then provided to the students via e-learning system.