FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4293755178> ?p ?o ?g. }

• W4293755178 endingPage "671" @default.
• W4293755178 startingPage "659" @default.
• W4293755178 abstract "Bacillus spp. are known for their ability to control plant diseases; however, the mechanism of disease control by Bacillus spp. is still unclear. Previously, bacterial organic acids have been implicated in the process of disease suppression. We extracted the total organic acid from Bacillus cereus AR156 culture filtrate and identified oxalic acid (OA) as the programmed cell death–inducing factor. OA strongly suppressed the lesion caused by Botrytis cinerea without significant antagonism against the fungus. Low concentration of OA produced by Bacillus spp. inhibited cell death caused by high concentrations of OA in a concentration- and time-dependent manner. Pretreatment with a low concentration of OA led to higher accumulation of active oxygen-scavenging enzymes in tomato leaves and provoked the expression of defense-related genes. The activation of gene expression relied on the jasmonic acid (JA) signaling pathway but not the salicylic acid (SA) pathway. The disease suppression capacity of OA was confirmed on wild-type tomato and its SA accumulation–deficient line, while the control effect was diminished in JA synthesis–deficient mutant, suggesting that the OA-triggered resistance relied on JA and ethylene (ET) signaling transduction. OA secretion ability was widely distributed among the tested Bacillus strains and the final environmental OA concentration was under strict regulation by a pH-sensitive degradation mechanism. This study provides the first systematic analysis on the role of low-concentration OA secreted and maintained by Bacillus spp. in suppression of gray mold disease and determines the dependence of OA-mediated resistance on the JA/ET signaling pathway. [Formula: see text] The author(s) have dedicated the work to the public domain under the Creative Commons CC0 “No Rights Reserved” license by waiving all of his or her rights to the work worldwide under copyright law, including all related and neighboring rights, to the extent allowed by law, 2022." @default.
• W4293755178 created "2022-08-31" @default.
• W4293755178 creator A5018483918 @default.
• W4293755178 creator A5027239557 @default.
• W4293755178 creator A5035650437 @default.
• W4293755178 creator A5041149763 @default.
• W4293755178 creator A5043839950 @default.
• W4293755178 creator A5056407561 @default.
• W4293755178 creator A5067882326 @default.
• W4293755178 creator A5068080767 @default.
• W4293755178 creator A5076793468 @default.
• W4293755178 creator A5084426077 @default.
• W4293755178 creator A5085238103 @default.
• W4293755178 date "2022-08-01" @default.
• W4293755178 modified "2023-10-18" @default.
• W4293755178 title "<i>Bacillus</i>-Secreted Oxalic Acid Induces Tomato Resistance Against Gray Mold Disease Caused by <i>Botrytis cinerea</i> by Activating the JA/ET Pathway" @default.
• W4293755178 cites W1269312555 @default.
• W4293755178 cites W128964624 @default.
• W4293755178 cites W1488424668 @default.
• W4293755178 cites W1539654488 @default.
• W4293755178 cites W1826812957 @default.
• W4293755178 cites W1888209140 @default.
• W4293755178 cites W1969828950 @default.
• W4293755178 cites W1970617275 @default.
• W4293755178 cites W1974585984 @default.
• W4293755178 cites W1976641554 @default.
• W4293755178 cites W1983408792 @default.
• W4293755178 cites W1987616891 @default.
• W4293755178 cites W1988385098 @default.
• W4293755178 cites W1999346887 @default.
• W4293755178 cites W2012788146 @default.
• W4293755178 cites W2013021017 @default.
• W4293755178 cites W2020433912 @default.
• W4293755178 cites W2023746039 @default.
• W4293755178 cites W2024360225 @default.
• W4293755178 cites W2028020823 @default.
• W4293755178 cites W2033221700 @default.
• W4293755178 cites W2033261451 @default.
• W4293755178 cites W2037466254 @default.
• W4293755178 cites W2041038630 @default.
• W4293755178 cites W2048798499 @default.
• W4293755178 cites W2058305294 @default.
• W4293755178 cites W2059084721 @default.
• W4293755178 cites W2062355185 @default.
• W4293755178 cites W2063196217 @default.
• W4293755178 cites W2070879001 @default.
• W4293755178 cites W2071498054 @default.
• W4293755178 cites W2074955806 @default.
• W4293755178 cites W2077202570 @default.
• W4293755178 cites W2077404754 @default.
• W4293755178 cites W2081751987 @default.
• W4293755178 cites W2085509368 @default.
• W4293755178 cites W2088051811 @default.
• W4293755178 cites W2091345206 @default.
• W4293755178 cites W2094720813 @default.
• W4293755178 cites W2098853943 @default.
• W4293755178 cites W2099631301 @default.
• W4293755178 cites W2100435771 @default.
• W4293755178 cites W2101082685 @default.
• W4293755178 cites W2106424272 @default.
• W4293755178 cites W2106828221 @default.
• W4293755178 cites W2114737442 @default.
• W4293755178 cites W2121711582 @default.
• W4293755178 cites W2123011842 @default.
• W4293755178 cites W2123767496 @default.
• W4293755178 cites W2124272832 @default.
• W4293755178 cites W2124981918 @default.
• W4293755178 cites W2126202474 @default.
• W4293755178 cites W2127610739 @default.
• W4293755178 cites W2139456772 @default.
• W4293755178 cites W2140786297 @default.
• W4293755178 cites W2146884230 @default.
• W4293755178 cites W2147394142 @default.
• W4293755178 cites W2154904064 @default.
• W4293755178 cites W2157855183 @default.
• W4293755178 cites W2162276688 @default.
• W4293755178 cites W2164450667 @default.
• W4293755178 cites W2166593689 @default.
• W4293755178 cites W2170217346 @default.
• W4293755178 cites W2180192771 @default.
• W4293755178 cites W2341709416 @default.
• W4293755178 cites W2346010831 @default.
• W4293755178 cites W2428127683 @default.
• W4293755178 cites W2469283506 @default.
• W4293755178 cites W2548763846 @default.
• W4293755178 cites W2777639606 @default.
• W4293755178 cites W2884883504 @default.
• W4293755178 cites W4256442264 @default.
• W4293755178 doi "https://doi.org/10.1094/mpmi-11-21-0289-r" @default.
• W4293755178 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36043906" @default.
• W4293755178 hasPublicationYear "2022" @default.
• W4293755178 type Work @default.
• W4293755178 citedByCount "3" @default.
• W4293755178 countsByYear W42937551782023 @default.
• W4293755178 crossrefType "journal-article" @default.
• W4293755178 hasAuthorship W4293755178A5018483918 @default.
• W4293755178 hasAuthorship W4293755178A5027239557 @default.
• W4293755178 hasAuthorship W4293755178A5035650437 @default.

• next