文件名称:MetMAP
介绍说明－－下载内容均来自于网络，请自行研究使用
MetMAP is a MATLAB Toolbox for Metabolical Modeling, Analysis and oPtimization (Met. M. A. P.).
You can use this package to study metabolical systems from a theoretical point of view, analysing the pathway s structure and dynamics, but you can also use it for biotechnological purposes, evaluating optimal solutions in a genetical improvement process.
All this calculations are evaluated using the S-System formalism (a part of Biochemical Systems Theory, BST) and the Indirect Optimization Method (IOM, developed by Torres, Voit et al).
Additional information in our Website:
http://webpages.ull.es/users/sympbst/pag_ing/metmap.htm
You can use this package to study metabolical systems from a theoretical point of view, analysing the pathway s structure and dynamics, but you can also use it for biotechnological purposes, evaluating optimal solutions in a genetical improvement process.
All this calculations are evaluated using the S-System formalism (a part of Biochemical Systems Theory, BST) and the Indirect Optimization Method (IOM, developed by Torres, Voit et al).
Additional information in our Website:
http://webpages.ull.es/users/sympbst/pag_ing/metmap.htm
(系统自动生成,下载前可以参看下载内容)
下载文件列表
MetMAP
......\Documentation
......\.............\Manual_english.rtf
......\.............\Manual_espa_ol.rtf
......\Example
......\.......\Example.m
......\.......\Example.mat
......\.......\Example_direct_s_system.m
......\.......\Example_original.m
......\.......\Example_sim.fig
......\.......\kernel_Example.m
......\.......\model_Example.m
......\.......\opt_prog_Example.m
......\.......\Readme_Example.rtf
......\fun
......\...\built_simulation_file.m
......\...\construye_flujo.m
......\...\direct_S_System.m
......\...\eigenvalues_ss.m
......\...\eproductorio_dep.m
......\...\eproductorio_indep.m
......\...\evaluate_solution.m
......\...\indirect_opt.m
......\...\local_sensitivities.m
......\...\log_gains.m
......\...\modeloe.m
......\...\monoobj_opt.m
......\...\nucleoe.m
......\...\original_system.m
......\...\power_law.m
......\...\programae.m
......\...\rellenar_matriz.m
......\...\secuential_opt.m
......\...\simulation_ss.m
......\...\test_installation.m
......\Readme.txt
......\fun\make_project.m
......\Documentation
......\.............\Manual_english.rtf
......\.............\Manual_espa_ol.rtf
......\Example
......\.......\Example.m
......\.......\Example.mat
......\.......\Example_direct_s_system.m
......\.......\Example_original.m
......\.......\Example_sim.fig
......\.......\kernel_Example.m
......\.......\model_Example.m
......\.......\opt_prog_Example.m
......\.......\Readme_Example.rtf
......\fun
......\...\built_simulation_file.m
......\...\construye_flujo.m
......\...\direct_S_System.m
......\...\eigenvalues_ss.m
......\...\eproductorio_dep.m
......\...\eproductorio_indep.m
......\...\evaluate_solution.m
......\...\indirect_opt.m
......\...\local_sensitivities.m
......\...\log_gains.m
......\...\modeloe.m
......\...\monoobj_opt.m
......\...\nucleoe.m
......\...\original_system.m
......\...\power_law.m
......\...\programae.m
......\...\rellenar_matriz.m
......\...\secuential_opt.m
......\...\simulation_ss.m
......\...\test_installation.m
......\Readme.txt
......\fun\make_project.m