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City Ingolia / Shanghai / Hsp70 / Ithaca / Morimoto / Cowan / / Company Ssb / Spirin A.S. / Elsevier Inc. / mCi / Jensen / Patterson / Johnson A.E. / / Country United States / / / Event Product Issues / FDA Phase / / Facility Error bar / Ruijin Hospital / Nutritional Sciences Cornell University / terminal GFP / / IndustryTerm chaperone networks / co-translational processing / healthcare / chemical inhibitors / ribosome-associated chaperone systems / translation machinery / chaperone network / energy / chaperone machinery / cellular energy / inducible chaperone networks / polio internal ribosome entry site / distinct ribosome-associated chaperone systems / phosphor imaging screen / / MedicalCondition neurodegenerative disease / initiation deficiency / HCT116 colon carcinoma / tumor / Cancer / polio internal ribosome entry site / Infectious Diseases / heat shock / / Organization Cornell University Life Sciences Core Laboratory Center / National Institute of Health / Cornell University / Shanghai Jiaotong University School of Medicine / Ellison Medical Foundation / Ruijin Hospital / Department of Defense / / Person Patsy Brannon / Pechmann / Walter / William Brown / Nat / Jonathan Yewdell / Williamson / Hogan / Ron / / Position ribosome-protected messenger / Messenger / D.J. / reporter / / Product triad / Sigma DP2 Digital Camera / doxycycline / TNT / translation elongation / HSP70 / M2 / elongation / / ProvinceOrState New Jersey / New York / Rhode Island / Northern Territory / / Technology Genomics / antibodies / reported protocol / stem cells / human genome / apoptosis / published protocol / / URL http / SocialTag 
Molecular Cell Article Cotranslational Response to Proteotoxic Stress by Elongation Pausing of Ribosomes Botao Liu,1,4 Yan Han,2,3,4 and Shu-Bing Qian1,2,*