| Document Date: 2009-01-13 14:15:05
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Company John Wiley & Sons Ltd. / / Country United States / / Facility Plant Cell Physiology / Plant Cell / The N terminus / Indiana University / Plant Journal / Introduction Plant / Plant Resistance / plant Arabidopsis / Plant Biology / Plant Immune System / plant N. / Plant Immune System Although T3SS effectors / / IndustryTerm nucleotide-binding site / physical and chemical barriers / protein secretion systems / / MedicalCondition soft-rot diseases / Two Pseudomonas / cuts / Pseudomonas / serious diseases / Two distinct pseudomonas / Disease / chlorosis / initial pathogen infection / HR Disease resistance / RPS2-specified disease / Pseudomonas syringae pv. tomato DC3000 / PRRs Effectors Basal defence / genera Pseudomonas / bacterial infection / Infection / Bacterial disease / PRRs / / Organization Indiana University / Bloomington / National Science Foundation / National Academy of Sciences / / Position guard / messenger / / ProvinceOrState Indiana / California / / PublishedMedium Proceedings of the National Academy of Sciences / Current Opinion / Microbiology and Molecular Biology Reviews / / RadioStation Dunning FM / / Technology siRNA / / URL www.els.net / /
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"Resistance to Bacterial Pathogens in Plants". In: Encyclopedia of Life Sciences (ELS)