Email: lfo@bmb.sdu.dk| Group | Type | Day | Time | Classroom | Weeks | Comment |
|---|---|---|---|---|---|---|
| Common | I | Monday | 08-16 | U17 | 27-28 | |
| Common | I | Tuesday | 08-16 | U17 | 27-28 | |
| Common | I | Wednesday | 08-16 | U17 | 27-28 | |
| Common | I | Thursday | 08-16 | U17 | 27-28 | |
| Common | I | Friday | 08-16 | U17 | 27-28 |
Undervisningen foregår i de to første uger i juli. Tilmeldes som forårskursus.
Prerequisites:
None
Academic preconditions:
Students should have a basic knowledge of mathematics and biochemistry. For SDU students: MM01 and BM112 must have been passed.
Course introduction
Participants will learn how to formulate, implement and simulate relatively simple models of biological systems on a computer.
Simulation is a valuable tool in the analysis of biological processes, which typically encompass a number of feed-back regulations. These feed-back regulations are often non-linear functions of the variable to be regulated. In experimental situations it is only possible to study a small part of a system, whilst simulations of a good model allow one to study a major part of the system. By simulating the behaviour of a model it is possible to test if basic hypotheses about the system are in accordance with experimental facts. Furthermore, simulations allow one to study the sensitivity of a biological system to various external perturbations.
Expected learning outcome
Subject overview
Enzyme systems, bioreactors, physiological regulatory systems, signal transduction, predator-prey systems, population dynamics.
Literature