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- W4213246886 abstract "Essential oils (EOs) are actively investigated as an alternative to numerous synthetic biocide products. Due to their large spectra of biological activities, the impact of EOs on non-target organisms should be characterized for biopesticide development purposes. In this study the potential phytotoxicity of Cinnamomum cassia EO (CEO) on apple trees (Malus domestica) was investigated in terms of oxidative burst (glutathione redox state) and damage (malondialdehyde). At 2%, CEO concentration the reduced glutathione leaf content drops from 269.6 ± 45.8 to 143 ± 28.4 nmol g−1FW, after 30 min, illustrating a rapid and strong oxidative burst. Regarding oxidative damage, malondialdehyde increased significantly 24 h post application to 10.7 ± 3.05 nmol g−1FW. Plant defence induction was previously suspected after trans-cinnamaldehyde (CEO main compound) application. Therefore, the elicitor potential was investigated by qRT-PCR, on the expression level of 29 genes related to major defence pathways (PR protein, secondary metabolism, oxidative stress, parietal modification). Multivariate analysis and increased expression levels suggest induction of systemic resistance. Hence, the present research illustrates the dose–dependent phytotoxicity of CEO in terms of lipid peroxidation. Transcriptional data illustrates the elicitor properties of CEO. These findings can help to design pest management strategies considering both their risks (phytotoxicity) and benefits (defence activation combined with direct biocide properties)." @default.
- W4213246886 created "2022-02-24" @default.
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- W4213246886 creator A5074240406 @default.
- W4213246886 date "2022-02-18" @default.
- W4213246886 modified "2023-10-17" @default.
- W4213246886 title "Phytotoxicity and Plant Defence Induction by Cinnamomum cassia Essential Oil Application on Malus domestica Tree: A Molecular Approach" @default.
- W4213246886 cites W1490189503 @default.
- W4213246886 cites W1628298892 @default.
- W4213246886 cites W1880761319 @default.
- W4213246886 cites W1906423977 @default.
- W4213246886 cites W1969794869 @default.
- W4213246886 cites W1970202861 @default.
- W4213246886 cites W1978393177 @default.
- W4213246886 cites W1983729367 @default.
- W4213246886 cites W1984594924 @default.
- W4213246886 cites W1985233328 @default.
- W4213246886 cites W1988441962 @default.
- W4213246886 cites W1992738537 @default.
- W4213246886 cites W1996198632 @default.
- W4213246886 cites W1999178895 @default.
- W4213246886 cites W2005936251 @default.
- W4213246886 cites W2020236179 @default.
- W4213246886 cites W2022804803 @default.
- W4213246886 cites W2039962016 @default.
- W4213246886 cites W2044866463 @default.
- W4213246886 cites W2048304401 @default.
- W4213246886 cites W2050028164 @default.
- W4213246886 cites W2055239715 @default.
- W4213246886 cites W2055781374 @default.
- W4213246886 cites W2068524720 @default.
- W4213246886 cites W2074910739 @default.
- W4213246886 cites W2076671129 @default.
- W4213246886 cites W2077158802 @default.
- W4213246886 cites W2077763040 @default.
- W4213246886 cites W2082115497 @default.
- W4213246886 cites W2094090236 @default.
- W4213246886 cites W2101787117 @default.
- W4213246886 cites W2111444582 @default.
- W4213246886 cites W2119868862 @default.
- W4213246886 cites W2126978947 @default.
- W4213246886 cites W2137057701 @default.
- W4213246886 cites W2151393888 @default.
- W4213246886 cites W2168097592 @default.
- W4213246886 cites W2216769408 @default.
- W4213246886 cites W2224316589 @default.
- W4213246886 cites W2326000401 @default.
- W4213246886 cites W2332017227 @default.
- W4213246886 cites W2397448447 @default.
- W4213246886 cites W2508494631 @default.
- W4213246886 cites W2513973382 @default.
- W4213246886 cites W2533216389 @default.
- W4213246886 cites W2625891579 @default.
- W4213246886 cites W265957905 @default.
- W4213246886 cites W2734715920 @default.
- W4213246886 cites W2739516657 @default.
- W4213246886 cites W2781217017 @default.
- W4213246886 cites W2782556832 @default.
- W4213246886 cites W2788662991 @default.
- W4213246886 cites W2790173606 @default.
- W4213246886 cites W2801474695 @default.
- W4213246886 cites W2805183071 @default.
- W4213246886 cites W2889323006 @default.
- W4213246886 cites W2889431767 @default.
- W4213246886 cites W2896586213 @default.
- W4213246886 cites W2897938318 @default.
- W4213246886 cites W2904159768 @default.
- W4213246886 cites W2904420683 @default.
- W4213246886 cites W2905191904 @default.
- W4213246886 cites W2954638309 @default.
- W4213246886 cites W2968573550 @default.
- W4213246886 cites W2971736970 @default.
- W4213246886 cites W2975577622 @default.
- W4213246886 cites W3010944348 @default.
- W4213246886 cites W3012021388 @default.
- W4213246886 cites W3014771301 @default.
- W4213246886 cites W3042800838 @default.
- W4213246886 cites W3086312431 @default.
- W4213246886 cites W3092038760 @default.
- W4213246886 cites W3119473214 @default.
- W4213246886 cites W3145593302 @default.
- W4213246886 cites W3158013584 @default.
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- W4213246886 doi "https://doi.org/10.3390/agronomy12020512" @default.
- W4213246886 hasPublicationYear "2022" @default.
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