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_4
Snippet: of Xf, as it has shown a high diagnostic sensitivity compared to others qPCR assays, detects all 86 subspecies, has no cross-reactivity with any other bacterial species and has been successfully used on 87 a wide range of plants ( Modesti et al., 2017; Reisenzein, 2017) . Several tests have been proposed to 88 identify one or more subspecies but no test is currently available to identify all subspecies. The 89.....
Document: of Xf, as it has shown a high diagnostic sensitivity compared to others qPCR assays, detects all 86 subspecies, has no cross-reactivity with any other bacterial species and has been successfully used on 87 a wide range of plants ( Modesti et al., 2017; Reisenzein, 2017) . Several tests have been proposed to 88 identify one or more subspecies but no test is currently available to identify all subspecies. The 89
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