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• W2915663784 endingPage "292" @default.
• W2915663784 startingPage "277" @default.
• W2915663784 abstract "In mammalians and yeast, the splicing factor U2AF65/Mud2p functions in precursor messenger RNA (pre-mRNA) processing. Arabidopsis AtU2AF65b encodes a putative U2AF65 but its specific functions in plants are unknown. This paper examines the function of AtU2AF65b as a negative regulator of flowering time in Arabidopsis. We investigated the expression and function of AtU2AF65b in abscisic acid (ABA)-regulated flowering as well as the transcript abundance and pre-mRNA splicing of flowering-related genes in the knock-out mutants of AtU2AF65b. The atu2af65b mutants show early-flowering phenotype under both long-day and short-day conditions. The transcript accumulation of the flowering repressor gene FLOWERING LOCUS C (FLC) is reduced in the shoot apex of atu2af65b, due to both increased intron retention and reduced transcription activation. Reduced transcription of FLC results, at least partially, from the abnormal splicing and reduced transcript abundance of ABSCISIC ACID-INSENSITIVE 5 (ABI5), which encodes an activator of FLC in ABA-regulated flowering signaling. Additionally, the expression of AtU2AF65b is promoted by ABA. Transition to flowering and splicing of FLC and ABI5 in the atu2af65b mutants are compromised during ABA-induced flowering. ABA-responsive AtU2AF65b functions in the pre-mRNA splicing of FLC and ABI5 in shoot apex, whereby AtU2AF65b is involved in ABA-mediated flowering transition in Arabidopsis." @default.
• W2915663784 created "2019-03-02" @default.
• W2915663784 creator A5018348017 @default.
• W2915663784 creator A5021534135 @default.
• W2915663784 creator A5026821657 @default.
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• W2915663784 creator A5054347194 @default.
• W2915663784 creator A5065112486 @default.
• W2915663784 creator A5084635650 @default.
• W2915663784 creator A5086735173 @default.
• W2915663784 date "2019-03-18" @default.
• W2915663784 modified "2023-10-13" @default.
• W2915663784 title "AtU2<scp>AF</scp>65b functions in abscisic acid mediated flowering via regulating the precursor messenger <scp>RNA</scp> splicing of <i><scp>ABI</scp>5</i> and <i><scp>FLC</scp></i> in <i>Arabidopsis</i>" @default.
• W2915663784 cites W1483355372 @default.
• W2915663784 cites W1483984725 @default.
• W2915663784 cites W1521466938 @default.
• W2915663784 cites W1838668570 @default.
• W2915663784 cites W1963686460 @default.
• W2915663784 cites W1964065216 @default.
• W2915663784 cites W1966455679 @default.
• W2915663784 cites W1968253709 @default.
• W2915663784 cites W1990084147 @default.
• W2915663784 cites W1998076446 @default.
• W2915663784 cites W1999574084 @default.
• W2915663784 cites W1999989168 @default.
• W2915663784 cites W2002000421 @default.
• W2915663784 cites W2004493257 @default.
• W2915663784 cites W2009221497 @default.
• W2915663784 cites W2036665914 @default.
• W2915663784 cites W2044246194 @default.
• W2915663784 cites W2044422643 @default.
• W2915663784 cites W2045936068 @default.
• W2915663784 cites W2054372604 @default.
• W2915663784 cites W2059165814 @default.
• W2915663784 cites W2064766598 @default.
• W2915663784 cites W2065572350 @default.
• W2915663784 cites W2066231767 @default.
• W2915663784 cites W2071649155 @default.
• W2915663784 cites W2072017031 @default.
• W2915663784 cites W2091658902 @default.
• W2915663784 cites W2093438983 @default.
• W2915663784 cites W2094547279 @default.
• W2915663784 cites W2096546758 @default.
• W2915663784 cites W2101872939 @default.
• W2915663784 cites W2104362188 @default.
• W2915663784 cites W2106766050 @default.
• W2915663784 cites W2110367745 @default.
• W2915663784 cites W2112553860 @default.
• W2915663784 cites W2113131073 @default.
• W2915663784 cites W2116122104 @default.
• W2915663784 cites W2118579795 @default.
• W2915663784 cites W2120944746 @default.
• W2915663784 cites W2123058210 @default.
• W2915663784 cites W2124433257 @default.
• W2915663784 cites W2132204608 @default.
• W2915663784 cites W2133585589 @default.
• W2915663784 cites W2133757548 @default.
• W2915663784 cites W2139497546 @default.
• W2915663784 cites W2140372986 @default.
• W2915663784 cites W2140729960 @default.
• W2915663784 cites W2143318093 @default.
• W2915663784 cites W2148393113 @default.
• W2915663784 cites W2149740826 @default.
• W2915663784 cites W2152326614 @default.
• W2915663784 cites W2154972412 @default.
• W2915663784 cites W2161736228 @default.
• W2915663784 cites W2164235055 @default.
• W2915663784 cites W2167557755 @default.
• W2915663784 cites W2167751673 @default.
• W2915663784 cites W2170154480 @default.
• W2915663784 cites W2171030819 @default.
• W2915663784 cites W2204079241 @default.
• W2915663784 cites W2239035944 @default.
• W2915663784 cites W2258330444 @default.
• W2915663784 cites W2266750298 @default.
• W2915663784 cites W2267977865 @default.
• W2915663784 cites W2341663707 @default.
• W2915663784 cites W2530902828 @default.
• W2915663784 cites W2587619477 @default.
• W2915663784 cites W2592235328 @default.
• W2915663784 cites W2597721517 @default.
• W2915663784 cites W2605929552 @default.
• W2915663784 cites W2606687933 @default.
• W2915663784 cites W2606907706 @default.
• W2915663784 cites W2607084501 @default.
• W2915663784 cites W2747170108 @default.
• W2915663784 cites W2765329585 @default.
• W2915663784 cites W2776120234 @default.
• W2915663784 cites W2794108859 @default.
• W2915663784 cites W2949179935 @default.
• W2915663784 cites W4324262854 @default.
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• W2915663784 doi "https://doi.org/10.1111/nph.15756" @default.
• W2915663784 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30790290" @default.
• W2915663784 hasPublicationYear "2019" @default.
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