We study kinetic model of Nuclear Receptor Binding to Promoter Regions. This model is for a system of ordinary differential equations. Model reduction techniques have been used to simplify chemical kinetics.In this case study, we apply the technique of pseudo-first order approximation to simplify the reaction rates. CellDesigner has been used to draw the structures of chemical reactions of Nuclear Receptor Binding to Promoter Regions  .
We study kinetic model of Nuclear Receptor Binding to Promoter Regions. This model is written as a system of ordinary differential equations. Model reduction techniques have been used to simplify chemical kinetics.In this case study, the technique of Pseudo-first order approximation is applied to simplify the reaction rates. CellDesigner has been used to draw the structures of chemical reactions of Nuclear Receptor Binding to Promoter Regions . After model reduction, the general analytical solution for reduced model is given and the number of species and reactions are reduced from 9 species and 6 reactions to 6 species and 5 reactions .
R
for
written as
D
we apply
R
pseudo-first order approximation
Pseudo-first order approximation is applied
A
. After model reduction, the general analytical solution for reduced model is given and the number of species and reactions are reduced from 9 species and 6 reactions to 6 species and 5 reactions