Parameter identification of the calvin photosynthesis cycle |
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Authors: | Jaime Milstein Hans J. Bremermann |
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Affiliation: | (1) Department of Mathematics, University of Southern California, 90007 Los Angeles, California;(2) Department of Mathematics and Division of Medical Physics, University of California, 94720 Berkeley, California, USA |
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Abstract: | Summary This article is concerned with the determination of kinetic parameters of the Calvin photosynthesis cycle which is described by seventeen nonlinear ordinary differential equations. It is shown that the task requires dynamic data for several sets of initial conditions. The numerical technique is based upon an algorithm for non-linear optimization and Gear's numerical integration scheme for stiff systems of differential equations. The sensitivity of the parameters to noise in the data is tested with a method adapted from Rosenbrook and Storey. A preliminary set of parameters has been obtained from a preliminary set of experimental data. The numerical methods are then tested with synthetic data derived from these parameters. The mathematical model and the results obtained in the simulation are used as an aid in designing new experiments. |
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Keywords: | Parameter identification Error sensitivity analysis Calvin cycle Photosynthesis Non-linear optimization Stiff systems of differential equations Chemical biodynamics Biochemical kinetics Mathematical models Numerical techniques |
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