Symp. 2: Metabolic networks and engineering (Org.: R. Heinrich, T. Höfer, J. Wolf)
Invited Talk
P. G. Sorensen:
Full-scale model of glycolysis in saccharomyces cerevisiae
Short contribution
J. Jeneson:
Metabolic control analysis of the ATPase network in contracting muscle: Regulation of contractile function and ATP free energy potential
E. Klipp:
Modelling of temporal change in gene expression patterns in yeast due to osmotic stimulation
of the HOG signalling pathway
P. Ruoff:
Temperature-cmpensation and general homeostasis in physiological clocks: Theory, experiments and the importance of clock protein degradation
Poster
B. Beaumont:
The role of nitrite reductase in Nitrosomonas europaea: Exploring a bacterial respiratory network
A. Bohn:
Models of interacting circadian clocks in a crassulacean acid metabolism plant
A. Fernie:
Metabolic profiling of transgenic potato tubers using gas chromatography-mass spectrometry
B. Junker:
Kinetic resolution of system perturbation via chemically inducible gene expression
R. Maithreye/S. Sinha:
Modelling of simple biochemical networks
M. Rupnik:
Voltage dependent membrane capacitance changes in rat melanotrophs: exo/endocytosis or gating currents?
T. Sauter:
Measurements and modeling of the dynamic sucrose response of Escherichia
coli
A. Sorribas:
Building mathematical models from steady-state measurements on intact biochemical systems: On the usefulness of power-law models
E. v. Lieres:
Metabolic modeling: Principles, tools and current problems
M. Weiss:
An in silico approach to protein sorting in the Golgi apparatus