Matches in SemOpenAlex for { <https://semopenalex.org/work/W3049307632> ?p ?o ?g. }
- W3049307632 endingPage "5885" @default.
- W3049307632 startingPage "5885" @default.
- W3049307632 abstract "There is an urgent need for novel, efficient and environmentally friendly strategies to control apple scab (Venturia inaequalis), for the purpose of reducing overall pesticide use. Fructans are recently emerging as promising “priming” compounds, standing out for their safety and low production costs. The objective of this work was to test a fructan-triggered defense in the leaves of apple seedlings. It was demonstrated that exogenous leaf spraying can reduce the development of apple scab disease symptoms. When evaluated macroscopically and by V. inaequalis-specific qPCR, levan-treated leaves showed a significant reduction of sporulation and V. inaequalis DNA in comparison to mock- and inulin-treated leaves, comparable to the levels in fosetyl-aluminum-treated leaves. Furthermore, we observed a significant reduction of in vitro mycelial growth of V. inaequalis on plates supplemented with levans when compared to controls, indicating a direct inhibition of fungal growth. Variations in endogenous sugar contents in the leaves were followed during priming and subsequent infection, revealing complex dynamics as a function of time and leaf ontogeny. Our data are discussed in view of the present theories on sugar signaling and fructan-based immunity, identifying areas for future research and highlighting the potential use of fructans in apple scab management in orchards." @default.
- W3049307632 created "2020-08-21" @default.
- W3049307632 creator A5004656273 @default.
- W3049307632 creator A5027567094 @default.
- W3049307632 creator A5032287075 @default.
- W3049307632 creator A5033808717 @default.
- W3049307632 creator A5057570454 @default.
- W3049307632 creator A5063019096 @default.
- W3049307632 creator A5086798570 @default.
- W3049307632 creator A5091385360 @default.
- W3049307632 date "2020-08-16" @default.
- W3049307632 modified "2023-09-27" @default.
- W3049307632 title "Sweet Immunity: The Effect of Exogenous Fructans on the Susceptibility of Apple (Malus × domestica Borkh.) to Venturia inaequalis" @default.
- W3049307632 cites W1489083847 @default.
- W3049307632 cites W1511758276 @default.
- W3049307632 cites W1565524101 @default.
- W3049307632 cites W1758416023 @default.
- W3049307632 cites W1923663269 @default.
- W3049307632 cites W1970560026 @default.
- W3049307632 cites W1975989406 @default.
- W3049307632 cites W1980688423 @default.
- W3049307632 cites W1982172324 @default.
- W3049307632 cites W1989369503 @default.
- W3049307632 cites W1995197253 @default.
- W3049307632 cites W1995725513 @default.
- W3049307632 cites W2011146068 @default.
- W3049307632 cites W2013856090 @default.
- W3049307632 cites W2016423480 @default.
- W3049307632 cites W2017376226 @default.
- W3049307632 cites W2019882224 @default.
- W3049307632 cites W2020553827 @default.
- W3049307632 cites W2020628518 @default.
- W3049307632 cites W2020804665 @default.
- W3049307632 cites W2036538511 @default.
- W3049307632 cites W2047473649 @default.
- W3049307632 cites W2056625684 @default.
- W3049307632 cites W2057422394 @default.
- W3049307632 cites W2072564957 @default.
- W3049307632 cites W2074867707 @default.
- W3049307632 cites W2080499421 @default.
- W3049307632 cites W2086934501 @default.
- W3049307632 cites W2096940010 @default.
- W3049307632 cites W2098445557 @default.
- W3049307632 cites W2104021080 @default.
- W3049307632 cites W2105004855 @default.
- W3049307632 cites W2107246164 @default.
- W3049307632 cites W2115011296 @default.
- W3049307632 cites W2117936883 @default.
- W3049307632 cites W2123787026 @default.
- W3049307632 cites W2124204868 @default.
- W3049307632 cites W2128640142 @default.
- W3049307632 cites W2130677443 @default.
- W3049307632 cites W2134761620 @default.
- W3049307632 cites W2141715235 @default.
- W3049307632 cites W2152788853 @default.
- W3049307632 cites W2153551345 @default.
- W3049307632 cites W2156182502 @default.
- W3049307632 cites W2191330477 @default.
- W3049307632 cites W2195941899 @default.
- W3049307632 cites W2273662926 @default.
- W3049307632 cites W2275168312 @default.
- W3049307632 cites W2287590575 @default.
- W3049307632 cites W2302162674 @default.
- W3049307632 cites W2316209099 @default.
- W3049307632 cites W2391088369 @default.
- W3049307632 cites W2435631084 @default.
- W3049307632 cites W2482267970 @default.
- W3049307632 cites W2497282785 @default.
- W3049307632 cites W2531660083 @default.
- W3049307632 cites W2534046326 @default.
- W3049307632 cites W2550382295 @default.
- W3049307632 cites W2568895051 @default.
- W3049307632 cites W2589439655 @default.
- W3049307632 cites W2590491192 @default.
- W3049307632 cites W2592393802 @default.
- W3049307632 cites W2595398427 @default.
- W3049307632 cites W2619182789 @default.
- W3049307632 cites W2713757953 @default.
- W3049307632 cites W2741215614 @default.
- W3049307632 cites W2770147894 @default.
- W3049307632 cites W2783442368 @default.
- W3049307632 cites W2788605452 @default.
- W3049307632 cites W2796270477 @default.
- W3049307632 cites W2807981951 @default.
- W3049307632 cites W2915675370 @default.
- W3049307632 cites W2981732931 @default.
- W3049307632 cites W3035492410 @default.
- W3049307632 doi "https://doi.org/10.3390/ijms21165885" @default.
- W3049307632 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7461573" @default.
- W3049307632 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32824325" @default.
- W3049307632 hasPublicationYear "2020" @default.
- W3049307632 type Work @default.
- W3049307632 sameAs 3049307632 @default.
- W3049307632 citedByCount "11" @default.
- W3049307632 countsByYear W30493076322020 @default.
- W3049307632 countsByYear W30493076322021 @default.
- W3049307632 countsByYear W30493076322022 @default.
- W3049307632 countsByYear W30493076322023 @default.