Biochemistry
Code 126EE
Credits 6
Learning outcomes
The course provides students with a working knowledge of fundamental chemical and chemical-physical principles governing procariotic and eucariotic biological functions, from the processes of transcription and translation of genetic information to cellular metabolism.
The course is devoted to mastering: the structural organization of eucariotic and procariotic cells, with emphasis on the basic principles governing the processes of DNA duplication and transcription and protein synthesis; the structure and function of proteins, with haemoglobin, myoglobin and enzymes as models of proteins in action; the metabolism of carbohydrates, with emphasis on the reciprocal regulation of their anabolic and catabolic pathways in response to cellular energy requirement, as an example of metabolic integration.
The course is devoted to mastering: the structural organization of eucariotic and procariotic cells, with emphasis on the basic principles governing the processes of DNA duplication and transcription and protein synthesis; the structure and function of proteins, with haemoglobin, myoglobin and enzymes as models of proteins in action; the metabolism of carbohydrates, with emphasis on the reciprocal regulation of their anabolic and catabolic pathways in response to cellular energy requirement, as an example of metabolic integration.