Introduction to Systems Biology
This course provides an introduction to the biological and theoretical concepts
of Systems Biology. It covers the biological basics, benefits and limitations
of mathematical modelling of biochemical networks, fundamentals of mathematical
modelling of biochemical networks and an introduction to model
parameterization, simulation and analysis.
The following topics will be covered in the run of the course:
- What is Systems Biology?
- Biological basics in a nutshell
- Biochemical fundamentals
- Benefits and limitations of mathematical modelling in Biology
- Mathematical models in Systems Biology
- Dynamic modelling of biochemical networks, reaction kinetics
- Model parameterization, model analysis and simulation
Lecturers
Prof. Dr.-Ing. Rolf Findeisen
Institute for Automation Engineering
Room G07-202
0391/6718708
Dr. rer. nat. Daniela
Dieterich
Leibniz Institute for Neurobiology
Emmy Noether Research Group Neuralomics
Brenneckestr. 6
39118 Magdeburg
Germany
0391/62 63 93 381
Dr.-Ing. Stefan Streif
Institute for Automation Engineering
Room G07-210
0391/6711321
Assistents
Emily Hammes
Room G07-209
0391/6718776
Lecture Period
13.5., 20.5., 10.6., 17.6., 24.6., 1.7.2011
11 a.m. - 1 p.m. G05-117 + 1 p.m - 4 p.m. G07-208
Monday 27.6. 11 - 12:30 a.m. (room G22A-203): black-board lecture on "Parameter Identification" by Philipp Rumschinski
Structure of the course
The lecture consists of
- lecture classes
- in class exercises
- supplemetary talks by people working in the field of systems biology in
Magdeburg
- additional reading material
- planned: a mini-project
There will be an oral examination. For an appointment, please talk to the
lecturers during the class.
Audience
PF STK; B6
IMPRS-Students