Predicting plant growth response under fluctuating temperature by carbon balance modelling.

ABSTRACT: Quantification of system dynamics is a central aim of mathematical modelling in biology. Defining experimentally supported functional relationships between molecular entities by mathematical terms enables the application of computational routines to simulate and analyse the underlying molecular system. In many fields of natural sciences and engineering, trigonometric functions are applied to describe oscillatory processes. As biochemical oscillations occur in many aspects of biochemistry and biophysics, Fourier analysis of metabolic functions promises to quantify, describe and analyse metabolism and its reaction towards environmental fluctuations. Here, Fourier polynomials were developed from experimental time-series data and combined with block diagram simulation of plant metabolism to st

SUBMITTER: Seydel C 

PROVIDER: S-EPMC8873469 | biostudies-literature | 2022 Feb

REPOSITORIES: biostudies-literature