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MicroRNA / EED / PRC2 / Transfection / Cellular differentiation / Polycomb-group proteins / Nasopharyngeal carcinoma / Biology / Proteins / EZH2


Enhancer of Zeste homolog 2 (EZH2) is overexpressed in recurrent nasopharyngeal carcinoma and is regulated by miR-26a, miR-101, and miR-98
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Document Date: 2010-10-21 11:47:04


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Affymetrix Inc. / Cell Signaling Technology Inc. / Nordion International Inc. / Hui AB / Macmillan Publishers Limited / Dharmacon Inc. / Roche Diagnostics / Agilent / Qiagen / Bio-Rad Laboratories / PcG / Agilent Technologies Inc. / Applied Biosystems Inc. / Microsoft Inc. / Bio-Rad / Bristol-Myers Squibb Canada / Tomlins SA / Upstate Biotechnology Inc. / Invitrogen Corp. / Exiqon Inc. / Becton Dickinson / Creative Commons / /

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Canada / Denmark / United States / /

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pence / /

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FDA Phase / /

Facility

University Health Network / Ontario Cancer Institute / Campbell Family Institute / Princess Margaret Hospital / University Health Network Microarray / PRC2 complex / University Avenue / University of Toronto / Princess Margaret Hospital/Ontario Cancer Institute / /

IndustryTerm

utilized miR target prediction algorithms / open software development / therapy for early disease / stock solution / polycomb / biological systems / diagram tool / archival bank / published protocol / functionalannotation tools / biochemical tools / reverse transfection protocol / performed using DAVID Bioinformatics Database functionalannotation tools / /

MarketIndex

set 10 / /

MedicalCondition

primary nasopharyngeal carcinoma / formalin-fixed paraffin-embedded breast cancer / prostate cancer / FFPE tumor / tumor nuclear immunostaining / tumor / Cancer / nasopharyngeal carcinoma / recurrent nasopharyngeal carcinoma / tumors / mutant vesicular stomatitis virus / epithelial cancers / murine mammary tumors / distant metastases / locally advanced disease / patient tumors / kidney cyst / colorectal cancer / solid tumors / human cancers / early-stage disease / J Cancer / early disease / acute promyelocytic leukemia / Disease / human nasopharyngeal carcinoma / aggressive breast cancer / female SCID / delayed tumor / SCID / both cancer / /

MedicalTreatment

radiotherapy / radiation / radiation therapy / chemotherapy / /

Organization

Division of Applied Molecular Oncology / University of Toronto / Toronto / Department of Radiation Oncology / Campbell Family Institute for Cancer Research / Ministry of Health / Animal Care Committee / Margaret Hospital / Princess Margaret Hospital/Ontario Cancer Institute / Princess Margaret Hospital / Ontario Cancer Institute / Avni O. Unconventional association / /

Person

Mariano Elia Chair / Gordon Tozer / Ding I. Pathophysiological / Van Ness / David J / /

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Position

Champagne MP / RT / Representative / Canada *Corresponding author / Extractor / disease model / a comprehensive analysis / Cao / Chair / reporter / /

Product

Sigma / glycine / penicillin / EZH2 / C666-1 / /

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Quebec / Ontario / /

PublishedMedium

the Ministry / Cancer Research / /

Technology

radiation / siRNA / stem cells / Human Genome / apoptosis / DNA Chip / gene expression / chemotherapy / reverse transfection protocol / three algorithms / bioinformatics / previously published protocol / electrophoresis / microwave / cloning / commonly utilized miR target prediction algorithms / scored using a previously published protocol / /

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