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Systemic remodeling of the redox regulatory network due to RNAi perturbations of glutaredoxin 1, thioredoxin 1, and glucose-6-phosphate dehydrogenase
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Company

BioMed Central Ltd. / Creative Commons / /

Country

Taiwan / /

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Event

Reorganization / /

Facility

National Sun Yat-sen University / /

IndustryTerm

large-scale dataintensive applications / sizes networks / connected gene network / parallel evolutionary algorithm / processor / parallel algorithms / large scale networks / large gene networks / parallel computing / optimization algorithm / default search space / local search / biological systems / large networks / actual and inferred networks / gene network / evolutionary algorithm / potential solutions / distributed computing / regulatory networks / evolution algorithm / sequential algorithms / evolutionary algorithms / cloud computing framework / open-source software / conventional simple genetic algorithm / test network / memory utilities / large-scale scientific computing problems / cluster computing environment / size genome-scale networks / search performance / power law functions / genetic network / inference algorithm / cloud computing system / proteomic search engines / genetic networks / genetic algorithm / possible solution / parallel evolution-based optimization algorithm / biological networks / solution search process / search quality / 25node network / cerevisiae sub-networks / input data processing / population-based search method / gene regulatory networks / real biological sub-networks / cloud computing environments / scale-free network / processors / hybrid algorithm / genetic systems / computing / cloud computing environment / cloud computing / revised algorithm / real gene networks / search space / population-based inference algorithm / feasible solutions / island model algorithm / test networks / parallel model evolutionary algorithms / gene networks / /

Organization

Department of Information Management / National Sun Yat-sen University / Kaohsiung / /

Person

Wei-Che Hwang Abstract Background / Wei-Po Lee / Assign / Cloud / Yu-Ting Hsiao / /

Position

driver / Parallel model / representative / /

Product

GeneNetWeaver 3.1 / /

ProgrammingLanguage

Java / /

ProvinceOrState

Georgia / /

Technology

parallel model evolutionary algorithms / bioinformatics / user-defined algorithms / evolutionary algorithm / population-based inference algorithm / iGA-PSO algorithm / island model algorithm / parallel evolutionary algorithm / inference algorithm / genetic algorithm / evolution algorithm / optimization algorithm / revised algorithm / Parallel population-based algorithms / parallel evolution-based optimization algorithm / parallel algorithms / separate processor / hybrid algorithm / proposed algorithm / Java / DNA Chip / gene expression / intelligent two-stage evolutionary algorithm / Methods Optimization algorithm / evolutionary algorithms / /

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