BB1230 Biochemistry 2
KTH Royal Institute of Technology
Completed course BB1150 Biochemistry 1.
The course will give knowledge about the functions of cells from a biochemical perspective. It mainly focuses on metabolic pathways in the cell. The course also contains practical parts where the student learns how to characterize the properties of different enzymes.
The course consists of the following parts:
- The basic principles of metabolism.
- Enzyme mechanisms.
- Advanced carbohydrate metabolism (glycolysis, glyconeogenesis, pentosphosphate pathway, glycogen metabolism).
- Citric acid cycle and glyoxalate cycle.
- Bioenergetics.
- Oxidative phosphorylation – photo synthesis (photophosphorylation and Calvin cycle).
- Fatty acid and lipid metabolism.
- Amino acid metabolism.
- Degradation and synthesis of proteins
- Regulation of metabolism, hormonal control and signal transduction.
- Integration of metabolism.
- Planning and execution of a biochemical laboration.
Prerequisites equivalent to BB1030 Microbiology and KD1230 Organic chemistry, basic concept and practice are recommended.
After completion of the course the student shall have
Knowledge and understanding to:
- Describe and explain properties of biomolecules in the cell with for example chemical names and structure formulas. (TEN1)
- Describe metabolic processes of the cell and explain their function. (TEN1)
- Execute biochemical laborations. (LAB1)
Abilities and skills to:
- Plan biochemical laborations. (LAB1)
- Report experiments in a report. (LAB1)
Values and approaches to:
- Evaluate the result of biochemical laborations. (LAB1)
For higher grades (A-D), a deeper knowledge in the different parts of the course is required and that the student can link, reason and apply knowledge to explain more complex biochemical questions. (TEN1).
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