Genome data and metadata for X. euvesicatoria pv. perforans strains.
dataset
posted on 2025-04-09, 17:42 authored by Sujan Timilsina, Fernanda Iruegas-Bocardo, Mustafa O. Jibrin, Anuj Sharma, Aastha Subedi, Amandeep Kaur, Gerald V. Minsavage, Jose C. Huguet-Tapia, Jeannie Klein-Gordon, Pragya Adhikari, Tika B. Adhikari, Gabriella Cirvilleri, Laura Belen Tapia de la Barrera, Eduardo Bernal, Tom C. Creswell, Tien Thi Kieu Doan, Teresa A. Coutinho, Daniel S. Egel, Rubén Félix-Gastélum, David M. Francis, Misrak Kebede, Melanie Lewis Ivey, Frank J. Louws, Laixin Luo, Elizabeth T. Maynard, Sally A. Miller, Nga Thi Thu Nguyen, Ebrahim Osdaghi, Alice M. Quezado-Duval, Rebecca Roach, Francesca Rotondo, Gail E. Ruhl, Vou M. Shutt, Petcharat Thummabenjapone, Cheryl Trueman, Pamela D. Roberts, Jeffrey B. Jones, Gary E. Vallad, Erica M. Goss(A) BAPS cluster assignment for each strain, NCBI Accession for each genome, and associated genome assembly statistics. (B) Additional genomic data used only for ANI comparisons in Fig 1D.
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present multifarious threatspast 100 yearsexamine genetic relatednessdiv >< pconsiderable recent effortsglobal food securitychanneled towards understandingamong phylogenetic lineagesxanthomonas euvesicatoria used genome datadominant xanthomonad pathogenbacterial spot xanthomonadsglobal population structurepopulation structurebacterial spotphylogenetic analysisxep global spreadwidely distributedvirulence factorsunderstanding diversificationthree decadesstrains collectedrapidly emergedproduction regionsposes risksintercontinental disseminationfully exploredflorida sinceevaluate variationeast asiadistance movementcritical pathogenicitycontinuously monitoredcompelling examplecausal agentsapparent withinapparent long270 strains13 countries
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