A model for the tryptophan operon is formulated based on the genetic and biophysical data available on the structure of the operon and the nature of interactions between the represser and its ligands. Studies have been done, on wild-type, superrepressing, and loose-binding strains to identify conditions at which the stability of the system changes (i.e., evolves to a stable synthesis or periodic synthesis with increasing amplitude). Also, the factors that increase the yield of tryptophan are studied and predictions made, based on the results, for obtaining overproducing strains of tryptophan that can be used for the industrial production of this useful amino acid
Tryptophan is a commodity chemical that poses an attractive target for fermentation, but its product...
The presumably high potential of a holistic design approach for complex biochemical reaction network...
We are now aware that RNA-based regulatory mechanisms are commonly used to control gene expression i...
A mathematical model has been developed to study the effect of external tryptophan on the trp operon...
The repressor-mediated repression process in bacteria is modelled using a gene-enzyme-endproduct con...
This article proposes a modification of the model developed by Sinha (1988) and Sen and Liu (1990) f...
Tryptophan is one of the 20 amino acids that link together to form proteins. For humans it is an ess...
An investigation of repression in the trp system of Escherichia coli was undertaken using operon fus...
The enzymes and genes of tryptophan biosynthesis have been investigated in order to learn about regu...
Though the tryptophan operon has received a fair amount of experimental study over recen...
The interactions of Escherichia coli trp aporepressor and its ligands, tryptophan and trp operator D...
Genetic regulatory control mechanisms are necessary for the normal proliferation and survival of cel...
The enzymes and genes of tryptophan biosynthesis have been investigated in order to learn about regu...
Oscillatory behaviour in the tryptophan operon of an Escherichia coli mutant strain lacking the enzy...
Physiological studies were performed under nutritional stress and nonstress conditions to assess the...
Tryptophan is a commodity chemical that poses an attractive target for fermentation, but its product...
The presumably high potential of a holistic design approach for complex biochemical reaction network...
We are now aware that RNA-based regulatory mechanisms are commonly used to control gene expression i...
A mathematical model has been developed to study the effect of external tryptophan on the trp operon...
The repressor-mediated repression process in bacteria is modelled using a gene-enzyme-endproduct con...
This article proposes a modification of the model developed by Sinha (1988) and Sen and Liu (1990) f...
Tryptophan is one of the 20 amino acids that link together to form proteins. For humans it is an ess...
An investigation of repression in the trp system of Escherichia coli was undertaken using operon fus...
The enzymes and genes of tryptophan biosynthesis have been investigated in order to learn about regu...
Though the tryptophan operon has received a fair amount of experimental study over recen...
The interactions of Escherichia coli trp aporepressor and its ligands, tryptophan and trp operator D...
Genetic regulatory control mechanisms are necessary for the normal proliferation and survival of cel...
The enzymes and genes of tryptophan biosynthesis have been investigated in order to learn about regu...
Oscillatory behaviour in the tryptophan operon of an Escherichia coli mutant strain lacking the enzy...
Physiological studies were performed under nutritional stress and nonstress conditions to assess the...
Tryptophan is a commodity chemical that poses an attractive target for fermentation, but its product...
The presumably high potential of a holistic design approach for complex biochemical reaction network...
We are now aware that RNA-based regulatory mechanisms are commonly used to control gene expression i...