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_40
Snippet: correct identification of all subspecies in all combinations without false positive result. Although the 326 detection limit was expected to be similar for all plants, since they were all enriched with the same 327 bacterial suspensions, different LODs were observed ranging from 1x10 3 to 1x10 5 CFU.mL -1 (5 to 328 5x10 3 CFU/reaction) depending on the matrix for plants spiked with only one strain. An independent 329.....
Document: correct identification of all subspecies in all combinations without false positive result. Although the 326 detection limit was expected to be similar for all plants, since they were all enriched with the same 327 bacterial suspensions, different LODs were observed ranging from 1x10 3 to 1x10 5 CFU.mL -1 (5 to 328 5x10 3 CFU/reaction) depending on the matrix for plants spiked with only one strain. An independent 329
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