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• W2019013385 endingPage "1365" @default.
• W2019013385 startingPage "1350" @default.
• W2019013385 abstract "Abscisic acid (ABA) is a hormone that modulates a variety of agronomically important growth and developmental processes and various stresses responses, but its signal transduction pathways remain poorly understood. ROP10, a member of ROP small GTPases in Arabidopsis (Arabidopsis thaliana), is a plasma membrane-associated protein specifically involved in negative regulation of ABA responses. To dissect the ROP10-mediated ABA signaling, we carried out transcriptome analysis using the Arabidopsis full-genome chip. Our analysis revealed a total of 262 and 125 genes that were, respectively, up- and down-regulated (> or =2-fold cutoff) by 1 mum ABA in wild type (Wassilewskija [Ws]); 42 up-regulated and 38 down-regulated genes have not been identified in other studies. Consistent with the nonpleiotropic phenotypes of rop10-1, only three genes were altered in rop10-1 in the absence of ABA treatment. In response to 1 microm ABA, 341 and 127 genes were, respectively, activated and repressed in rop10-1. Interestingly, a particular subset of 21 genes that were not altered by 1 microm ABA in Ws but only activated in rop10-1 was identified. Reverse transcription-polymerase chain reaction analysis revealed the existence of three distinct categories of ABA dose-response patterns. One novel category is characterized by their ABA unresponsiveness in Ws and activation in rop10-1 at 1 microm but not 10 and 100 microm of ABA. This indicates that ROP10 gates the expression of genes that are specific to low concentrations of ABA. Furthermore, almost all of these 21 genes are known to be highly induced by various biotic and abiotic stresses. Consequently, we found that rop10-1 enhanced the sensitivity of seed germination inhibition to mannitol and sodium chloride. Our results suggest that ROP10 negatively regulates ABA responses by specifically and differentially modulating the ABA sensitivity of a subset of genes including protein kinases and zinc-finger family proteins." @default.
• W2019013385 created "2016-06-24" @default.
• W2019013385 creator A5057730313 @default.
• W2019013385 creator A5072998707 @default.
• W2019013385 creator A5090191588 @default.
• W2019013385 date "2005-10-28" @default.
• W2019013385 modified "2023-10-03" @default.
• W2019013385 title "Transcriptome Analysis Reveals Specific Modulation of Abscisic Acid Signaling by ROP10 Small GTPase in Arabidopsis" @default.
• W2019013385 cites W1675656028 @default.
• W2019013385 cites W1899578943 @default.
• W2019013385 cites W1964902825 @default.
• W2019013385 cites W1965172979 @default.
• W2019013385 cites W1971941790 @default.
• W2019013385 cites W1972057779 @default.
• W2019013385 cites W1975110054 @default.
• W2019013385 cites W1979045861 @default.
• W2019013385 cites W1982578345 @default.
• W2019013385 cites W1983127375 @default.
• W2019013385 cites W1985600167 @default.
• W2019013385 cites W1988642276 @default.
• W2019013385 cites W1992872708 @default.
• W2019013385 cites W1995176042 @default.
• W2019013385 cites W1995979535 @default.
• W2019013385 cites W2009537684 @default.
• W2019013385 cites W2012561298 @default.
• W2019013385 cites W2017472434 @default.
• W2019013385 cites W2020142583 @default.
• W2019013385 cites W2022460756 @default.
• W2019013385 cites W2026238074 @default.
• W2019013385 cites W2027919192 @default.
• W2019013385 cites W2033159325 @default.
• W2019013385 cites W2034940025 @default.
• W2019013385 cites W2036852154 @default.
• W2019013385 cites W2042377195 @default.
• W2019013385 cites W2052097032 @default.
• W2019013385 cites W2061509691 @default.
• W2019013385 cites W2062068848 @default.
• W2019013385 cites W2064258683 @default.
• W2019013385 cites W2066606488 @default.
• W2019013385 cites W2069682761 @default.
• W2019013385 cites W2072341506 @default.
• W2019013385 cites W2076716764 @default.
• W2019013385 cites W2079166554 @default.
• W2019013385 cites W2087210253 @default.
• W2019013385 cites W2092739187 @default.
• W2019013385 cites W2096141795 @default.
• W2019013385 cites W2096451658 @default.
• W2019013385 cites W2099091408 @default.
• W2019013385 cites W2102323998 @default.
• W2019013385 cites W2105992946 @default.
• W2019013385 cites W2106249858 @default.
• W2019013385 cites W2111624352 @default.
• W2019013385 cites W2111646009 @default.
• W2019013385 cites W2114961946 @default.
• W2019013385 cites W2115258730 @default.
• W2019013385 cites W2118011066 @default.
• W2019013385 cites W2119076469 @default.
• W2019013385 cites W2121253860 @default.
• W2019013385 cites W2122095261 @default.
• W2019013385 cites W2125035707 @default.
• W2019013385 cites W2126049819 @default.
• W2019013385 cites W2128888406 @default.
• W2019013385 cites W2130686286 @default.
• W2019013385 cites W2131601308 @default.
• W2019013385 cites W2133408621 @default.
• W2019013385 cites W2137492151 @default.
• W2019013385 cites W2139817945 @default.
• W2019013385 cites W2140596845 @default.
• W2019013385 cites W2142711902 @default.
• W2019013385 cites W2145485901 @default.
• W2019013385 cites W2146117605 @default.
• W2019013385 cites W2149098862 @default.
• W2019013385 cites W2149726829 @default.
• W2019013385 cites W2152295330 @default.
• W2019013385 cites W2154062120 @default.
• W2019013385 cites W2154317267 @default.
• W2019013385 cites W2157795344 @default.
• W2019013385 cites W2157955045 @default.
• W2019013385 cites W2163657147 @default.
• W2019013385 cites W2166491951 @default.
• W2019013385 cites W2167902085 @default.
• W2019013385 cites W2170279909 @default.
• W2019013385 cites W4240181774 @default.
• W2019013385 cites W4251472209 @default.
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• W2019013385 doi "https://doi.org/10.1104/pp.105.068064" @default.
• W2019013385 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/1283771" @default.
• W2019013385 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/16258012" @default.
• W2019013385 hasPublicationYear "2005" @default.
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