peer reviewedThe integration of transcriptional regulatory and metabolic networks is a crucial step in the process of predicting metabolic behaviors that emerge from either genetic or environmental changes. Here, we present a guide to PROM (probabilistic regulation of metabolism), an automated method for the construction and simulation of integrated metabolic and transcriptional regulatory networks that enables large-scale phenotypic predictions for a wide range of model organisms
Background: Gene regulation and metabolic reactions are two primary activities of life. Although man...
Background: Gene regulation and metabolic reactions are two primary activities of life. Although man...
Gene regulatory and metabolic network models have been used successfully in many organisms, but inhe...
The genotype and the environment significantly influence the behavior and phenotype of an organism. ...
There is a strong need for computational frameworks that integrate different biological processes an...
Summary: There has been extensive research in predictive modeling of genome-scale metabolic reaction...
There has been extensive research in predictive modeling of genome-scale metabolic reaction networks...
ABSTRACT Advances in bioengineering have enabled numerous bio-based commodities. Yet most traditiona...
We describe the use of model-driven analysis of multiple data types relevant to transcriptional regu...
A number of methods have been proposed to incorporate gene expression data to improve metabolic mode...
A number of methods have been proposed to incorporate gene expression data to improve metabolic mode...
Background: Gene regulation and metabolic reactions are two primary activities of life. Although man...
Background: Genome-scale metabolic models provide an opportunity for rational approaches to studies ...
Background: Gene regulation and metabolic reactions are two primary activities of life. Although man...
The current survey aims to describe the main methodologies for extending the reconstruction and anal...
Background: Gene regulation and metabolic reactions are two primary activities of life. Although man...
Background: Gene regulation and metabolic reactions are two primary activities of life. Although man...
Gene regulatory and metabolic network models have been used successfully in many organisms, but inhe...
The genotype and the environment significantly influence the behavior and phenotype of an organism. ...
There is a strong need for computational frameworks that integrate different biological processes an...
Summary: There has been extensive research in predictive modeling of genome-scale metabolic reaction...
There has been extensive research in predictive modeling of genome-scale metabolic reaction networks...
ABSTRACT Advances in bioengineering have enabled numerous bio-based commodities. Yet most traditiona...
We describe the use of model-driven analysis of multiple data types relevant to transcriptional regu...
A number of methods have been proposed to incorporate gene expression data to improve metabolic mode...
A number of methods have been proposed to incorporate gene expression data to improve metabolic mode...
Background: Gene regulation and metabolic reactions are two primary activities of life. Although man...
Background: Genome-scale metabolic models provide an opportunity for rational approaches to studies ...
Background: Gene regulation and metabolic reactions are two primary activities of life. Although man...
The current survey aims to describe the main methodologies for extending the reconstruction and anal...
Background: Gene regulation and metabolic reactions are two primary activities of life. Although man...
Background: Gene regulation and metabolic reactions are two primary activities of life. Although man...
Gene regulatory and metabolic network models have been used successfully in many organisms, but inhe...