Mathematical modeling of complex biological phenomena and diseases is an important approach to combine the accumulating amount of data in biological investigations and the increasing qualitative understanding of cellular operation in a productive way. The realization of genomic information in a biological instance is ensured by a complex network of processes. The dynamic behavior of such processes cant be understood intuitively. Only a comprehensive approach allows the understanding of complex system behavior like optimal regulation or adaptation. We use mathematical models to describe and investigate cellular processes and regulatory links from gene expression to metabolism.
For tools see our sysbio page
EU Projects
| Project | Subject | Links | |||
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Mathematical modeling of stress response and signal transduction in yeast |
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| EMI-CD |
European modelling initiative combating complex diseases |
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| EST Systems Biology |
Marie Curie Early Stage Training in Systems Biology: Mathematical modeling of aging processes in yeast |
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| ENFIN |  |
ENFIN - Enabling Systems Biology | Project home | Internal links | |
| YSBN |
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The Yeast Systems Biology Network | Project home | Internal links | |
| Aqua(glycero)porins | Marie Curie Research Training Network: Integrate Analysis of aquaporin structure and function |
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| BaSysBio |  |
Developing
"systems biology" techniques to study the global regulation of gene
transcription in a model bacterium: Bacillus subtilis |
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| Translucent / SysMO |  |
Systems Biology of Micro Organisms: Gene interaction networks and models of cation homeostasis in Saccharomyces cerevisiae | Project home | Internal links | |
| unicellsys |  |
Eukaryotic unicellular organism biology – systems biology of the control of cell growth and proliferation |
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German Projects
| BCB |  |
Berlin Center for Genome-Based Bioinformatics | Project home | Internal links | |
| IMPRS |
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International Max Planck Research School for Computational Biology and Scientific Computing | Project home | Internal links | |
| IRTG | International Research Training Group Berlin-Boston-Kyoto
Genomics and Systems Biology of Molecular Networks |
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DAAD Projects
| Country | Subject | |||
| Great Britain | Systems biology of aging | |||
| U.S.A. | Model discrimination in cell signaling |
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| Text mining | Internal
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| Kinetikon | Internal
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| KMedDB | Internal
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| SBMLMerge | Internal
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| Modeling of the development of complex diseases | Internal
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