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City Galveston / San Antonio / New Haven / / Company Cox / Creative Commons / / Continent America / South America / Africa / / Country United States / / Currency USD / / / Facility Howard Hughes Medical Institute / Texas Biomedical Research Institute / University of Texas Medical Branch / The Rockefeller University / / MedicalCondition lethal WNV encephalitis / WNV infection / viral infection / flaviviral infection / yellow fever / fatal dengue hemorrhagic fever / Emerging Infectious Diseases / widespread human disease / individual flaviviral infections / important human infectious diseases / flavivirus infection / febrile illness / dengue virus / encephalitis / Infectious Diseases / Dengue / Infection / serious illness / human disease / / Organization National Institute of Health / University of Texas Medical Branch / Department of Pathology / Department of Internal Medicine / Texas Biomedical Research Institute / Rockefeller University / Yale University School of Medicine / Howard Hughes Medical Institute / / Person Chevy Chase / / Position Investigator / original author / Editor / / ProvinceOrState Texas / Maryland / Connecticut / / PublishedMedium PLoS Pathogens / / RadioStation Feitosa FM / / Region West Nile / / Technology Bioinformatics / DNA Chip / gene expression / / URL www.plospathogens.org / / SocialTag 
Alterations in the Aedes aegypti Transcriptome during Infection with West Nile, Dengue and Yellow Fever Viruses Tonya M. Colpitts1, Jonathan Cox1¤a, Dana L. Vanlandingham2, Fabiana M. Feitosa1,3, Gong Cheng1, Sebastian