After successful completion of the course, students are able to describe complex biological processes or specific aspects thereof by means of simple mathematical models. Furthermore, students are capable of applying analytical and/or numerical methods in order to solve the arsing (systems of) equations, and of interpreting the results in the overall context.

• Definition of the term "systems biology"
• Mathematical methods for treatment of complex biological systems (theory and examples)
• Influence of the mechanical loading on biological systems (theory and examples)
• Introduction of approaches for utilization of experimental evidence for development of models by means of case studies

Lecture supported by digital presentations; discussion of case studies.

A course preview will take place on October 1, 2020, at 1pm via GoToMeeting. In this brief lecture, all administrative issues will be discussed. Please follow the below link in order to participate: https://global.gotomeeting.com/join/569067933

Written homework and (upon request) oral discussion

Basic mathematical knowledge