DNA from Phytophthora isolates used to assess the specificity of the P_abi_detect assay.

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Bibliographic Details
Main Author:	Guillaume Charron (108140) (author)
Other Authors:	Marie-Krystel Gauthier (650571) (author), Hervé van der Heyden (20988298) (author), Guillaume J. Bilodeau (17995702) (author), Philippe Tanguay (783887) (author)
Published:	2025
Subjects:	Molecular Biology Biotechnology Ecology Cancer Plant Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified throughput results needed oospores per gram larger scale monitoring global plant biodiversity phylogenetically close species prr symptomatic fraser mainly fraser (< abies fraseri </ abies balsamea </ div >< p prr symptomatic trees 488 dna samples fir species cultivated observed diseased trees phytophthora abietivora </ phytophthora </ abietivora </ emerging species abies spp infected trees christmas trees situ </ europaea </ balsam (< environmental dna dna obtained dna extracted 7 samples firs (< study focused slight overlap root rot rarely adapted rapid diagnostics prospecting tool natural distribution molecular identification important threats emerging pathogen causal agents canada ). better characterize
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DNA from <i>Phytophthora</i> isolates used to assess the specificity of the P_abi_detect assay.