Titlebook: Genomics of Plant-Associated Bacteria; Dennis C. Gross,Ann Lichens-Park,Chittaranjan Kole Book 2014 Springer-Verlag Berlin Heidelberg (out

antithetic

書目名稱Genomics of Plant-Associated Bacteria影響因子(影響力)




書目名稱Genomics of Plant-Associated Bacteria影響因子(影響力)學(xué)科排名




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書目名稱Genomics of Plant-Associated Bacteria網(wǎng)絡(luò)公開度學(xué)科排名




書目名稱Genomics of Plant-Associated Bacteria被引頻次




書目名稱Genomics of Plant-Associated Bacteria被引頻次學(xué)科排名




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書目名稱Genomics of Plant-Associated Bacteria年度引用學(xué)科排名




書目名稱Genomics of Plant-Associated Bacteria讀者反饋




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Condense

Genomics of Plant-Associated Bacteria: The Soft Rot ,,t hosts worldwide. These bacterial pathogens secrete high amounts of plant-cell-wall-degrading enzymes (PCWDE), such as pectinases and polygalacturonases, that digest plant cell walls and cause the soft rot symptoms characteristic of the SRE. The SRE can also colonize insects, and some strains are a

recession

Ecological Genomics of ,,as motivated extensive research into genetic, genomic, and evolutionary factors that influence disease. However, in recent years, appreciation has grown for the life cycle of . outside of the context of plant disease. This bacterial species survives and thrives across many environments, with its bro

Limpid

Ventricle

hemoglobin

The Genomics of ,, rice yields. The first four complete genome sequences of . strains yielded a wealth of information about virulence factor content, mobile genetic elements, and taxonomic differences among strains of . pathovars . and .. The genomes have been applied in systematic studies of gene function and expres

hemoglobin

Genomics of , and Related Species,of citrus canker that is caused by . subsp. (XccA). Multiple variants of XccA including XccA. and XccA* have been reported. Citrus canker is also known to be caused by . subsp. (Xau) B and C strains. XccA., XccA*, XauB, and XauC, unlike XccA, are limited in host range. The complete genome sequence o

FLIP

Genomic Insights into , Interactions with Plant and Insect Hosts, and explore . evolution, biology, and management based on information and insights that would not have been possible, or would have been technically challenging, during the pre-genomics period of plant pathology. Analysis of genome sequences illustrates the major physiological differences between .

縫紉

Comparative Genomics of the Liberibacteral Plant Pathogens,ulturable, information regarding genetics and pathogenesis of the pathogens is limited. Comparative analyses of multiple Liberibacter genomes provide unprecedented insights into the evolutionary history, phylogenetic diversity, and metabolomic capacities among pathogenic bacteria. In addition, genom

邊緣

Phytoplasma Genomes: Evolution Through Mutually Complementary Mechanisms, Gene Loss and Horizontal ng descended from a Gram-positive, low G+C walled bacterium and more recently from an .-like ancestor, the phytoplasma clade underwent substantial evolutionary genome shrinkage. Yet, phytoplasma genomes contain numerous repeated sequences that appear in genomic islands. These islands, first termed s