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• W3166017842 endingPage "085502" @default.
• W3166017842 startingPage "085502" @default.
• W3166017842 abstract "The stimulatory effects of atmospheric pressure cold plasma (APCP) on plant growth have attracted much attention due to its great potential as a new approach to increase crop growth and production. However, the transcriptome changes of plants induced by APCP treatment are unknown. Herein, the comparative transcriptome analysis was performed to identify the transcriptional response of Arabidopsis thaliana seedlings to APCP. Results showed that APCP exhibited a dual effect (stimulation or inhibition) on Arabidopsis seedling growth dependent on the treatment time and the maximum stimulatory effects were achieved by 1 min APCP treatment. The metabolic analysis of amino acid, glutathione (GSH) and phytohormone demonstrated that 1 min APCP treatment decreased most amino acids concentrations in Arabidopsis seedling, while the accumulations of GSH, gibberellins and cytokinin were significantly increased. The RNA-Seq analysis showed that a total of 218 differentially expressed genes (DEGs) were identified in 1 min APCP-treated seedlings versus the control, including 20 up-regulated and 198 down-regulated genes. The DEGs were enriched in pathways related to GSH metabolism, mitogen-activated protein kinase (MAPK) signaling transduction and plant resistance against pathogens. Moreover, most of the DEGs were defense, stimuli or stress-responsive genes and encoded proteins with oxidoreductase activity. Expression determination of six randomly selected DEGs by quantitative real-time PCR demonstrated similar pattern with the RNA-Seq data. These results indicated that the moderate APCP treatment may regulate the expression of stimuli/stress-responsive genes involved in GSH, phytohormone/amino metabolism and plant defense against pathogens via MAPK signal transduction pathway, accordingly enhance Arabidopsis seedling growth. This study provides a theoretical basis for the application of APCP in agriculture." @default.
• W3166017842 created "2021-06-22" @default.
• W3166017842 creator A5019633622 @default.
• W3166017842 creator A5058343469 @default.
• W3166017842 creator A5077515276 @default.
• W3166017842 date "2021-06-28" @default.
• W3166017842 modified "2023-09-25" @default.
• W3166017842 title "Comparative transcriptome analysis of atmospheric pressure cold plasma enhanced early seedling growth in Arabidopsis thaliana" @default.
• W3166017842 cites W1141317437 @default.
• W3166017842 cites W1562929530 @default.
• W3166017842 cites W183273433 @default.
• W3166017842 cites W1977339777 @default.
• W3166017842 cites W1991961014 @default.
• W3166017842 cites W2004898616 @default.
• W3166017842 cites W2004998993 @default.
• W3166017842 cites W2005938702 @default.
• W3166017842 cites W2009100837 @default.
• W3166017842 cites W2012924888 @default.
• W3166017842 cites W2021385214 @default.
• W3166017842 cites W2024735394 @default.
• W3166017842 cites W2025111322 @default.
• W3166017842 cites W2027856136 @default.
• W3166017842 cites W2029205653 @default.
• W3166017842 cites W2044714426 @default.
• W3166017842 cites W2047734033 @default.
• W3166017842 cites W2051280209 @default.
• W3166017842 cites W2054075170 @default.
• W3166017842 cites W2058582468 @default.
• W3166017842 cites W2063567059 @default.
• W3166017842 cites W2064299429 @default.
• W3166017842 cites W2076516116 @default.
• W3166017842 cites W2081971877 @default.
• W3166017842 cites W2085704811 @default.
• W3166017842 cites W2085809440 @default.
• W3166017842 cites W2100503619 @default.
• W3166017842 cites W2101218484 @default.
• W3166017842 cites W2102278945 @default.
• W3166017842 cites W2102333261 @default.
• W3166017842 cites W2107272769 @default.
• W3166017842 cites W2112534388 @default.
• W3166017842 cites W2115161183 @default.
• W3166017842 cites W2118048399 @default.
• W3166017842 cites W2120797114 @default.
• W3166017842 cites W2121211805 @default.
• W3166017842 cites W2123717266 @default.
• W3166017842 cites W2127583512 @default.
• W3166017842 cites W2134526812 @default.
• W3166017842 cites W2140133649 @default.
• W3166017842 cites W2141458291 @default.
• W3166017842 cites W2144439610 @default.
• W3166017842 cites W2148057455 @default.
• W3166017842 cites W2149163818 @default.
• W3166017842 cites W2150926065 @default.
• W3166017842 cites W2151393888 @default.
• W3166017842 cites W2151585453 @default.
• W3166017842 cites W2154203130 @default.
• W3166017842 cites W2156631105 @default.
• W3166017842 cites W2158603955 @default.
• W3166017842 cites W2166190942 @default.
• W3166017842 cites W2169327432 @default.
• W3166017842 cites W2173121316 @default.
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• W3166017842 cites W2179438025 @default.
• W3166017842 cites W2201325433 @default.
• W3166017842 cites W2239343838 @default.
• W3166017842 cites W2346321000 @default.
• W3166017842 cites W2474073799 @default.
• W3166017842 cites W2479072514 @default.
• W3166017842 cites W2561978773 @default.
• W3166017842 cites W2564218763 @default.
• W3166017842 cites W2765913949 @default.
• W3166017842 cites W2767929028 @default.
• W3166017842 cites W2769053826 @default.
• W3166017842 cites W2809497818 @default.
• W3166017842 cites W2889656343 @default.
• W3166017842 cites W2912841127 @default.
• W3166017842 cites W2918877545 @default.
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• W3166017842 cites W2989060493 @default.
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• W3166017842 cites W2999178329 @default.
• W3166017842 cites W3000620288 @default.
• W3166017842 cites W3006559101 @default.
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• W3166017842 doi "https://doi.org/10.1088/2058-6272/ac0686" @default.
• W3166017842 hasPublicationYear "2021" @default.
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