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== Introduction ==
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The OptGene application includes a number of tools to support in silico metabolic engineering. The application allows the user to load a genome-scale model of a given organism. This will serve as the basis to simulate the wild type and mutants (original strain with a set of selected gene deletions).
 
The OptGene application includes a number of tools to support in silico metabolic engineering. The application allows the user to load a genome-scale model of a given organism. This will serve as the basis to simulate the wild type and mutants (original strain with a set of selected gene deletions).
  
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The OptGene application is being developed taking as a basis the AIBench framework. This is an environment for the development of Data Mining/ Bioinformatics tools, using the Java programming language. The details of this project, a collaboration between the universities of Minho (Portugal) and Vigo (Spain), as well as updated documentation can be found at the web site.  
 
The OptGene application is being developed taking as a basis the AIBench framework. This is an environment for the development of Data Mining/ Bioinformatics tools, using the Java programming language. The details of this project, a collaboration between the universities of Minho (Portugal) and Vigo (Spain), as well as updated documentation can be found at the web site.  
  
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== Institutions ==
  
 
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'''powered by'''
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== Powered By ==
  
 
[[Image:Aibenchlogo.png]]
 
[[Image:Aibenchlogo.png]]

Revision as of 23:58, 10 February 2009

Introduction

The OptGene application includes a number of tools to support in silico metabolic engineering. The application allows the user to load a genome-scale model of a given organism. This will serve as the basis to simulate the wild type and mutants (original strain with a set of selected gene deletions).

The simulation of these strains will be conducted using a number of approaches (e.g. Flux-Balance Analysis or Minimization of Metabolic Adjustment) that allow the set of fluxes in the organism's metabolism to be determined, given a set of environmental constraints. The software also includes a number of optimization methods (e.g. Evolutionary Algorithms or Simulated Annealing) to reach the best set of gene deletions given an objective function, typically related with a given industrial goal. It also integrates visualization tools from the BioVisualizer application.

A more complete description can be found in the manual, linked bellow. The OptGene application is being developed taking as a basis the AIBench framework. This is an environment for the development of Data Mining/ Bioinformatics tools, using the Java programming language. The details of this project, a collaboration between the universities of Minho (Portugal) and Vigo (Spain), as well as updated documentation can be found at the web site.


Institutions

University of Minho

Uminho.gif


IBB - Institute for Biotechnology and Bioengineering

Centre of Biological Engineering

Logo ibb.png



CCTC - Computer Science and Technology Center

Logo cctc.png



Powered By

Aibenchlogo.png

www.aibench.org