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Microarrays / Molecular biology / Molecular genetics / RNA / Gene expression profiling / Chip-sequencing / RNA-Seq / DNA microarray / Significance analysis of microarrays / Biology / Biochemistry / Gene expression


The characteristic direction: a geometrical approach to identify differentially expressed genes Clark et al.
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New York / /

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ABC / BioMed Central Ltd. / DrugBank / Creative Commons / /

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United States / /

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Event

FDA Phase / /

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Systems Biology Center / /

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particular array chip / synthetic data generation algorithm / e-( / protein product / protein products / e-f / deep sequencing technologies / main principle technologies / functional network / /

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DEG / /

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cancer / disease / human cancer / diffuse large B-cell Lymphoma / histologically identical cancers / /

Organization

Icahn School of Medicine / FDA / Systems Biology Center New York / Mount Sinai School / Department of Pharmacology and Systems Therapeutics / /

Person

Qiaonan Duan / Neil R Clark / Yan Kou / Avi Ma’ayan / Edward Y Chen / Gene Ontology / Axel S Feldmann / Kevin S Hu / /

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representative / /

Product

Characteristic Direction / ChIP-Seq / S2 / /

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Mathematica / MATLAB / Python / /

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New York / /

Technology

particular array chip / Bioinformatics / following algorithm / synthetic data generation algorithm / DNA Chip / gene expression / avi / stem cells / DNA binding / RNA-Seq technology / currently two main principle technologies / deep sequencing technologies / /

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