mRNA structural elements immediately upstream of the start codon dictate dependence upon eIF4A helicase activity

被引：0

作者：

Joseph A. Waldron

David C. Tack

Laura E. Ritchey

Sarah L. Gillen

Ania Wilczynska

Ernest Turro

Philip C. Bevilacqua

Sarah M. Assmann

Martin Bushell

John Le Quesne

机构：

[1] Cancer Research UK Beatson Institute,Department of Biology

[2] Pennsylvania State University,Department of Chemistry

[3] Pennsylvania State University,Center for RNA Molecular Biology

[4] Present Address: Spectrum Health Office of Research,Present Address: Department of Chemistry

[5] Pennsylvania State University,Department of Haematology

[6] University of Pittsburgh at Johnstown,Medical Research Council Biostatistics Unit

[7] University of Cambridge,Department of Biochemistry & Molecular Biology

[8] Cambridge Institute of Public Health,Medical Research Council Toxicology Unit

[9] National Health Service Blood and Transplant,Leicester Cancer Research Centre

[10] National Institute for Health Research BioResource,undefined

[11] Cambridge University Hospitals,undefined

[12] Pennsylvania State University,undefined

[13] Institute of Cancer Sciences,undefined

[14] University of Glasgow,undefined

[15] University of Cambridge,undefined

[16] University of Leicester,undefined

来源：

Genome Biology | / 20卷

关键词：

eIF4A; RNA structure; Hippuristanol; Translation; Translation initiation; Cancer; Structure-seq; DMS; Polysome profiling; G-quadruplexes;

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