- Thomas
Eißing: Modelling and model analysis of TNFα induced pro- and
antiapoptotic pathways (Universität Stuttgart)
- Dirk Fey: System
identification and parameter estimation of biochemical
reaction networks (Hamilton Institute)
- Monica
Schliemann: Modelling and experimental validation of
TNFα induced pro- and antiapoptotic signalling (Universität Stuttgart)
- Marcello
Farina: Identification of biochemical reaction networks (Politecnico de Milano)
- Steffen Borchers: Modelling NF-κB signalling (Diploma thesis, Universität Stuttgart,
based at the Hamilton Institute)
- Andreas Fritz: Modelling Tethya Wilhelma's dynamics
(Diploma thesis, Universität Stuttgart)
- Gerd Schmidt: Finite-time sensitivity analysis of biochemical
signalling networks (Diploma thesis, Universität Stuttgart,
based at the Hamilton Institute)
Research Interests
- Develloping systems theoretical methods and algorithms for
biochemical reaction models
- Modelling biochemical processes
- Modelling and analysis of signal transduction networks in
mammalian cells and organisms
(e.g. TNF induced
apoptosis)
- Modelling and analysis of the global regulation of the metabolism
in E. coli
- Modelling of the dynamics of the sponge Tethya wilhelma
- Image processing of fluorensence microscopy images towards
quantitative and dynamic concentration measurements
- Control theory and control design
Curriculum Vitae, Professional Memberships and Awards
Publications
Teaching
Eric Bullinger, 12 April 2007
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