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• W3099054096 abstract "Abstract Background Clubroot disease caused by Plasmodiophora brassicae (Phytomyxea, Rhizaria) is one of the economically most important diseases of Brassica crops. The formation of hypertrophied roots accompanied by altered metabolism and hormone homeostasis is typical for infected plants. Not all roots of infected plants show the same phenotypic changes. While some roots remain uninfected, others develop galls of diverse size. The aim of this study was to analyse and compare the intra-plant heterogeneity of P. brassicae root galls and symptomless roots of the same host plants ( Brassica oleracea var. gongylodes) collected from a commercial field in Austria using transcriptome analyses. Results Transcriptomes were markedly different between symptomless roots and gall tissue. Symptomless roots showed transcriptomic traits previously described for resistant plants. Genes involved in host cell wall synthesis and reinforcement were up-regulated in symptomless roots indicating elevated tolerance against P. brassicae . By contrast, genes involved in cell wall degradation and modification processes like expansion were up-regulated in root galls. Hormone metabolism differed between symptomless roots and galls. Brassinosteroid-synthesis was down-regulated in root galls, whereas jasmonic acid synthesis was down-regulated in symptomless roots. Cytokinin metabolism and signalling were up-regulated in symptomless roots with the exception of one CKX6 homolog, which was strongly down-regulated. Salicylic acid (SA) mediated defence response was up-regulated in symptomless roots, compared with root gall tissue. This is probably caused by a secreted benzoic acid salicylic acid methyl transferase from the pathogen (PbBSMT), which was one of the highest expressed pathogen genes in gall tissue. The PbBSMT derived Methyl-SA potentially leads to increased pathogen tolerance in uninfected roots. Conclusions Infected and uninfected roots of clubroot infected plants showed transcriptomic differences similar to those previously described between clubroot resistant and susceptible hosts. The here described intra-plant heterogeneity suggests, that for a better understanding of clubroot disease targeted, spatial analyses of clubroot infected plants will be vital in understanding this economically important disease." @default.
• W3099054096 created "2020-11-23" @default.
• W3099054096 creator A5001406311 @default.
• W3099054096 creator A5048430744 @default.
• W3099054096 creator A5089901906 @default.
• W3099054096 date "2018-08-14" @default.
• W3099054096 modified "2023-10-02" @default.
• W3099054096 title "Transcriptomic response in symptomless roots of clubroot infected kohlrabi (Brassica oleracea var. gongylodes) mirrors resistant plants" @default.
• W3099054096 cites W1576140147 @default.
• W3099054096 cites W1888508682 @default.
• W3099054096 cites W1967900879 @default.
• W3099054096 cites W1969352963 @default.
• W3099054096 cites W1971147414 @default.
• W3099054096 cites W1974964336 @default.
• W3099054096 cites W1975562826 @default.
• W3099054096 cites W1991552254 @default.
• W3099054096 cites W1999574084 @default.
• W3099054096 cites W2001396309 @default.
• W3099054096 cites W2003589345 @default.
• W3099054096 cites W2007460881 @default.
• W3099054096 cites W2012063486 @default.
• W3099054096 cites W2027251850 @default.
• W3099054096 cites W2027872792 @default.
• W3099054096 cites W2032192273 @default.
• W3099054096 cites W2034370856 @default.
• W3099054096 cites W2037423778 @default.
• W3099054096 cites W2042007306 @default.
• W3099054096 cites W2044420071 @default.
• W3099054096 cites W2044986424 @default.
• W3099054096 cites W2050018481 @default.
• W3099054096 cites W2077317713 @default.
• W3099054096 cites W2077519345 @default.
• W3099054096 cites W2078638168 @default.
• W3099054096 cites W2089505986 @default.
• W3099054096 cites W2095748284 @default.
• W3099054096 cites W2095960855 @default.
• W3099054096 cites W2100061185 @default.
• W3099054096 cites W2103539617 @default.
• W3099054096 cites W2108368616 @default.
• W3099054096 cites W2112149177 @default.
• W3099054096 cites W2114057199 @default.
• W3099054096 cites W2114104545 @default.
• W3099054096 cites W2114498474 @default.
• W3099054096 cites W2125014727 @default.
• W3099054096 cites W2126419817 @default.
• W3099054096 cites W2129128468 @default.
• W3099054096 cites W2131271579 @default.
• W3099054096 cites W2133579817 @default.
• W3099054096 cites W2135490267 @default.
• W3099054096 cites W2137922619 @default.
• W3099054096 cites W2138226473 @default.
• W3099054096 cites W2139285582 @default.
• W3099054096 cites W2141550398 @default.
• W3099054096 cites W2143014195 @default.
• W3099054096 cites W2147321004 @default.
• W3099054096 cites W2149340380 @default.
• W3099054096 cites W2149542350 @default.
• W3099054096 cites W2151345174 @default.
• W3099054096 cites W2152770371 @default.
• W3099054096 cites W2158367220 @default.
• W3099054096 cites W2159213384 @default.
• W3099054096 cites W2163654577 @default.
• W3099054096 cites W2169506254 @default.
• W3099054096 cites W2171788269 @default.
• W3099054096 cites W2179036450 @default.
• W3099054096 cites W2220368116 @default.
• W3099054096 cites W2223752691 @default.
• W3099054096 cites W2235443461 @default.
• W3099054096 cites W2239514969 @default.
• W3099054096 cites W2254738441 @default.
• W3099054096 cites W2300021552 @default.
• W3099054096 cites W2511550143 @default.
• W3099054096 cites W2520149340 @default.
• W3099054096 cites W2549428236 @default.
• W3099054096 cites W2593843478 @default.
• W3099054096 cites W2608685753 @default.
• W3099054096 cites W2735361803 @default.
• W3099054096 cites W2760462864 @default.
• W3099054096 cites W2762021522 @default.
• W3099054096 cites W2782004970 @default.
• W3099054096 cites W2797326673 @default.
• W3099054096 cites W2804555086 @default.
• W3099054096 cites W2804798670 @default.
• W3099054096 cites W2900387944 @default.
• W3099054096 cites W2949775506 @default.
• W3099054096 cites W4230096730 @default.
• W3099054096 cites W4236236547 @default.
• W3099054096 cites W902686117 @default.
• W3099054096 doi "https://doi.org/10.1101/391516" @default.
• W3099054096 hasPublicationYear "2018" @default.
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