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Paper Details

Role of miR-2392 in driving SARS-CoV-2 infection.
Cell Rep
44
2021
COVID, COVID-, COVID-19, COVID-19 disease, CoV-2, MicroRNAs, SARS, SARS-CoV, SARS-CoV-2, blood, coronavirus disease 2019, hamster, human, humans, miR, miR-2392, miRNAs, mitochondrial gene, patient, patients, severe, severe acute respiratory syndrome coronavirus, small non-coding RNAs
Author NameAffiliation
John Tyson McDonaldCOVID-19 International Research Team Georgetown University School of Medicine
Deanne TaylorCOVID-19 International Research Team The Children's Hospital of Philadelphia, USA University of Pennsylvania
Waldemar PriebeCOVID-19 International Research Team University of Texas MD Anderson Cancer Center
Larry N SinghCOVID-19 International Research Team The Children's Hospital of Philadelphia
Larry N SinghCOVID-19 International Research Team The Children's Hospital of Philadelphia
Stephen B BaylinCOVID-19 International Research Team Johns Hopkins School of Medicine
Stephen B BaylinCOVID-19 International Research Team Johns Hopkins School of Medicine
Cem Meydan
Jonathan Foox
Sylvain V CostesNASA Ames Research Center
Sylvain V CostesNASA Ames Research Center
Alberto PaccanaroBrazil University of London
Alberto PaccanaroBrazil University of London
Natalie M BowmanUniversity of North Carolina at Chapel Hill
Matthew C WolfgangUniversity of North Carolina at Chapel Hill
Todd J TreangenRice University
Douglas C WallaceCOVID-19 International Research Team The Children's Hospital of Philadelphia, USA University of Pennsylvania
Jonathan C SchislerCOVID-19 International Research Team University of North Carolina at Chapel Hill
Christopher E Mason
Christopher E Mason
Robert MellerCOVID-19 International Research Team Morehouse School of Medicine
Afshin BeheshtiCOVID-19 International Research Team Broad Institute of MIT and Harvard, NASA Ames Research Center
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