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City Rockville / Secretome / Hampshire / TNF / Hangzhou / / Company Creative Commons / BioMed Central Ltd. / / Country United Kingdom / China / / / Facility College of Biotechnology / Forestry University / The Children’s Hospital / University School / / IndustryTerm throughput technologies / interaction network / regulatory networks / label-free quantitation algorithms / protein interaction network analysis tool / proteolytic processing / label-free quantitative proteomic technology / chemical stimulus / / MedicalCondition pathogen infection / inflammatory response / inflammatory response SERPINE1 / inflammatory reaction / certain disease / inflammatory response YWHAZ / Herpes / lung and lung carcinoma / lymphocytic choriomeningitis / M. pneumoniae pneumonia / Mycoplasma pneumoniae infection Shuxian Li1 / microbial infection / community-acquired pneumonia / MS / infectious agents / community-acquired respiratory distress syndrome / paralysis / pneumonia / necrosis / KEGG_PATHWAY hsa05130 / Organization College of Biotechnology / Children’s Hospital / Biotechnology / Zhejiang Agriculture and Forestry University / Hangzhou / Department of Pediatric Pulmonology / Department of Biomedicine / Zhejiang University School of Medicine / / Position author / Representative / / Product BAL / IL-12 / IL-33 / / ProgrammingLanguage CLU / / ProvinceOrState Zhejiang / Mississippi / / Technology genomics / proteomics / bioinformatics / label-free quantitation algorithms / antibodies / High-throughput technologies / apoptosis / gene expression / label-free quantitative proteomic technology / / URL http / SocialTag 
In Silico identification of pathogenic strains of Cronobacter from Biochemical data reveals association of inositol fermentation with pathogenicity