Pseudomonas syringae interaction with the plant cell and the respective PAMPs commonly recognised by plant cell receptors.

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posted on 2025-02-03, 18:32 authored by Chanel J. Pretorius, Paul A. Steenkamp, Ian A. Dubery

Pseudomonas syringae interaction with the plant cell and the respective PAMPs commonly recognised by plant cell receptors.

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seedling growth stage performance liquid chromatography methanolic leaf extracts definition mass spectrometry 2 -, 4 successful plant defence induced defence reactions related metabolic reconfigurations metabolic profiles derived oat plant metabolism metabolome profiling dissects metabolite classes involved dunnart oat cultivar cellular mechanisms involved biochemical processes related including fatty acids avena sativa metabolic changes involved oat defence responses nonhost defence responses div >< p pseudomonas syringae respective defence responses oat plants inoculated examined following perception defence responses syringae metabolic fingerprint metabolic alterations oat (<nonhost interactions metabolome acts biochemical activities phenolic acids amino acids vs tomato tabaci p hrcc c following inoculation untargeted metabolomics ultimately contribute therefore provides symptom development surrounding environment study allowed plants rely phenolic amides particular conditions important characteristics functional readout comprehensive view chemometric modelling c )biotic stress biological system

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