'Autophosphorylation rate' diaporamas de présentation

Numerical Approach

1%. The steady state concentration of proteins in the network must satisfy: The steady state concentration of CheY-P must satisfy: At the same time, the reaction rate constants must be independent of stimulus:. : allows for near-perfect adaptation = CheY-P. Ligand binding. 3%< ?<5%

136 views • 1 slides

Robust Perfect Adaptation in Bacterial Chemotaxis

1%. : state variables : reaction kinetics : reaction constants : external stimulus. The steady state concentration of proteins in the network must satisfy: The steady state concentration of CheYp must satisfy: At the same time, the reaction rate constants must be independent of stimulus:.

109 views • 1 slides

1%. The steady state concentration of proteins in the network must satisfy: The steady state concentration of CheYp must satisfy: At the same time, the reaction rate constants must be independent of stimulus:. Ligand binding. : allows for near-perfect adaptation = CheYp. 3%< ?<5%

154 views • 1 slides

1%. The steady state concentration of proteins in the network must satisfy: The steady state concentration of CheYp must satisfy: At the same time, the reaction rate constants must be independent of stimulus:. Ligand binding. : allows for near-perfect adaptation = CheYp. 3%< ?<5%

113 views • 1 slides