nielsen1998_Fig9

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Model Manuscripts

Abstract
We report sustained oscillations in glycolysis conducted in an open system (a continuous-flow, stirred tank reactor; CSTR) with inflow of yeast extract as well as glucose. Depending on the operating conditions, we observe simple or complex periodic oscillations or chaos. We report the response of the system to instantaneous additions of small amounts of several substrates as functions of the amount added and the phase of the addition. We simulate oscillations and perturbations by a kinetic model based on the mechanism of glycolysis in a CSTR. We find that the response to particular perturbations forms an efficient tool for elucidating the mechanism of biochemical oscillations.
Id Name JWS model
model0_nielsen nielsen nielsen
model1_nielsen nielsen nielsen
model2_nielsen nielsen nielsen
model3_nielsen nielsen nielsen
Id Name Source Number of Data Sources
Id Name Model Simulation Simulation Simulation
task2_model2_nielsen task2_model2_nielsen nielsen 150.0 330.0 1000
task3_model3_nielsen task3_model3_nielsen nielsen 150.0 330.0 1000
task1_model1_nielsen task1_model1_nielsen nielsen 150.0 330.0 1000
task0_model0_nielsen task0_model0_nielsen nielsen 150.0 330.0 1000

2D Plots

Id Name Number of Curves
Figure9D Figure 9D 1
Figure9C Figure 9C 1
Figure9B Figure 9B 1
Figure9A Figure 9A 1

CSV Reports

Id Name Number of Columns