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Gene expression / Molecular genetics / Cis-regulatory RNA elements / Protein biosynthesis / MicroRNA / Messenger RNA / Internal ribosome entry site / RNA interference / EIF4G / Biology / Genetics / RNA


Translational Repression and eIF4A2 Activity Are Critical for MicroRNA-Mediated Gene Regulation H. A. Meijer et al. Science 340, [removed]); DOI: [removed]science[removed]
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Document Date: 2013-08-21 10:06:50

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Washington / DC / Braga / Leicester / New York / /

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P 1 Laboratory / HC / J. D. Godfrey A. E. / 6Shell Global Solutions International B.V. / /

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United States / Netherlands / Italy / Portugal / United Kingdom / Chile / /

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Facility

University of Minho / Ccr4-NOT complex / Hodgkin Building / Delft University of Technology / Wageningen University / Laboratory of Microbiology / /

IndustryTerm

kcal/mol-wide minimum free-energy / eIF4A binding site / online version / internal ribosome entry site / repression machinery / heavy chain / miRNArepression machinery / Online Material / hot oil reservoirs / /

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Vulcano island / Atacama desert / /

Organization

Department of Biotechnology / American Association for the Advancement of Science / Wageningen University / Delft University of Technology / Medical Research Council / University of Minho / Netherlands Proteomics Centre / Toxicology Unit / /

Person

J. G. Belasco / Nat / S. W. Robinson / Martin G. Liebensteiner / T. V. Pestova / V / /

Position

†Corresponding author / *Corresponding author / HB / HCV IRES reporter / reporter / target messenger / /

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M.B. / /

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Molecular Biology / /

Technology

Proteomics / antibodies / siRNA / Biotechnology / gene expression / html / /

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http /

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