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City Shanghai / Santa Clara / Wuhan / Tokyo / Wetzlar / Beijing / San Diego / / Company 66 DEGs / IgG / Shanghai Yueyan Biotech Co. Ltd. / Shanghai Biotechnology Co. Ltd. / Agilent Technologies / OLYMPUS / Cy3 Group / SE / Gene Spring Software / Poly / Microsoft Corporation / Creative Commons / SP / Hindawi Publishing Corporation / / Country Germany / Switzerland / Japan / United States / China / / Currency pence / / / Event FDA Phase / / Facility Yangzhou University / College of Animal Science / University Avenue / / IndustryTerm regulation network / online tool / control / treatment groups / innate and adaptive immune systems / energy metabolism / / MedicalCondition inflammatory response / inflammatory reaction / retinitis pigmentosa / avian influenza virus / typical bacterial infection / infectious ability / Salmonella infection / injury / highly pathogenic avian influenza viruses / diarrhea / influenza / oral infection / bacteremia / disease / recessive progressive autosomal deafness syndrome / persistent infection / S. Enteritidis infection / several individual artificial infection / infection / inflammation / specific infection / / Organization College of Animal Science / Yangzhou University / College of Animal Science and Technology / GO CC / Ministry of Science and Technology / GO BP / US Federal Reserve / / Person Thomas Schmitz-Rixen / / / Position drop-head / Academic Editor / PrimeScript RT / / Product Microsoft Corporation Portable Audio Device / BioMed Research International 3 / Tyro12 / SBC / / ProvinceOrState California / / Technology Genome Expression chip / LSD algorithm / antibodies / Hybridization / stem cells / apoptosis / Quantile algorithm / Two chips / DNA Chip / gene expression / / URL http / SocialTag 
Identification of Key Genes in the Response to Salmonella enterica Enteritidis, Salmonella enterica Pullorum, and Poly(I:C) in Chicken Spleen and Caecum