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Protein-protein interaction assays / Molecular biology / Gene expression / STRING / Kernel principal component analysis / Transcription factor / Two-hybrid screening / Protein–protein interaction prediction / Structural genomics / Biology / Systems biology / Bioinformatics


Vol. 1 noPages 1–8 BIOINFORMATICS Protein Network Inference from Multiple Genomic
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Document Date: 2012-03-14 12:45:12

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Valencia / Montreal / Paris / Kyoto / F. / Eisen / Cambridge / /

Company

Neural Information Processing Systems / MIT Press / Ecole des Mines / Oxford University Press / CarrollA.S. / Weston / /

Country

Japan / Jordan / United States / /

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Facility

Kyoto University / /

IndustryTerm

throughput technologies / target gene products / gold standard protein network / protein network / gene regulation networks / protein networks / biological systems / successive chemical reactions / chemical reaction / predicted pathway network / partial network / predicted protein network / pre-processing step / biological networks / classical clustering algorithm / http /

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Culture / Technology / Sports / Science / /

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Psychometric Society / Japan Society for the Promotion of Science / the Japan Science and Technology Corporation / MIT / Bioinformatics Center / Kyoto University / Oxford University / Institute for Chemical Research / Ministry of Education / /

Person

Kernel (Predictor) Approach Kernel / Approach Kernel (Predictor) / Narayan / V / Nature / /

Position

author / /

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M.B. / Rhode Island / Massachusetts / /

PublishedMedium

Machine Learning / Journal of Machine Learning Research / /

Technology

Protein Engineering / BIOINFORMATICS / hybridization / kernel CCA algorithm / machine learning / Technology of Japan / high-throughput technologies / resulting algorithm / DNA Chip / gene expression / classical clustering algorithm / /

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http /

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