Author: Dupas Enora; Briand Martial; Jacques Marie-Agnès; Cesbron Sophie
Title: Novel tetraplex qPCR assays for simultaneous detection and identification of Xylella fastidiosa subspecies in plant tissues Document date: 2019_7_11
ID: 65qpcsiq_3
Snippet: This bacterial species is genetically diverse as five subspecies including fastidiosa, morus, multiplex, 43 pauca and sandyi are currently described (EFSA, 2018b) . Although this subspecies delineation was 44 initially associated to Xf host range and places of occurrence, more and more observations report specific regions at the species or subspecies level are available. Among these tests, the qPCR assay 84 developed by Harper et al. (2010) has b.....
Document: This bacterial species is genetically diverse as five subspecies including fastidiosa, morus, multiplex, 43 pauca and sandyi are currently described (EFSA, 2018b) . Although this subspecies delineation was 44 initially associated to Xf host range and places of occurrence, more and more observations report specific regions at the species or subspecies level are available. Among these tests, the qPCR assay 84 developed by Harper et al. (2010) has been identified as one of the most appropriate for the detection 85
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