FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2109726198> ?p ?o ?g. }

• W2109726198 endingPage "2471" @default.
• W2109726198 startingPage "2457" @default.
• W2109726198 abstract "The switch from vegetative to reproductive growth is extremely stable even if plants are only transiently exposed to environmental stimuli that trigger flowering. In the photoperiodic pathway, a mobile signal, florigen, encoded by FLOWERING LOCUS T (FT) in Arabidopsis thaliana, induces flowering. Because FT activity in leaves is not maintained after transient photoperiodic induction, the molecular basis for stable floral commitment is unclear. Here, we show that Polycomb-group (Pc-G) proteins, which mediate epigenetic gene regulation, maintain the identity of inflorescence and floral meristems after floral induction. Thus, plants with reduced Pc-G activity show a remarkable increase of cauline leaves under noninductive conditions and floral reversion when shifted from inductive to noninductive conditions. These phenotypes are almost completely suppressed by loss of FLOWERING LOCUS C (FLC) and SHORT VEGETATIVE PHASE, which both delay flowering and promote vegetative shoot identity. Upregulation of FLC in Pc-G mutants leads to a strong decrease of FT expression in inflorescences. We find that this activity of FT is needed to prevent floral reversion. Collectively, our results reveal that floral meristem identity is at least partially maintained by a daylength-independent role of FT whose expression is indirectly sustained by Pc-G activity." @default.
• W2109726198 created "2016-06-24" @default.
• W2109726198 creator A5004929884 @default.
• W2109726198 creator A5011983927 @default.
• W2109726198 creator A5028306307 @default.
• W2109726198 creator A5052736910 @default.
• W2109726198 creator A5061055811 @default.
• W2109726198 date "2014-06-01" @default.
• W2109726198 modified "2023-10-06" @default.
• W2109726198 title "Polycomb-Group Proteins and<i>FLOWERING LOCUS T</i>Maintain Commitment to Flowering in<i>Arabidopsis thaliana</i> " @default.
• W2109726198 cites W1539503448 @default.
• W2109726198 cites W1927511275 @default.
• W2109726198 cites W1963760884 @default.
• W2109726198 cites W1964988853 @default.
• W2109726198 cites W1972452632 @default.
• W2109726198 cites W1980087716 @default.
• W2109726198 cites W1980630177 @default.
• W2109726198 cites W1982109355 @default.
• W2109726198 cites W1982420219 @default.
• W2109726198 cites W1983295225 @default.
• W2109726198 cites W1983567009 @default.
• W2109726198 cites W1986236305 @default.
• W2109726198 cites W1993928608 @default.
• W2109726198 cites W1996609411 @default.
• W2109726198 cites W2002557938 @default.
• W2109726198 cites W2010897775 @default.
• W2109726198 cites W2017594489 @default.
• W2109726198 cites W2020190141 @default.
• W2109726198 cites W2025077689 @default.
• W2109726198 cites W2027937592 @default.
• W2109726198 cites W2030296357 @default.
• W2109726198 cites W2032805330 @default.
• W2109726198 cites W2034148641 @default.
• W2109726198 cites W2034588557 @default.
• W2109726198 cites W2041122198 @default.
• W2109726198 cites W2042088824 @default.
• W2109726198 cites W2047858731 @default.
• W2109726198 cites W2050672295 @default.
• W2109726198 cites W2053245054 @default.
• W2109726198 cites W2053990388 @default.
• W2109726198 cites W2060608189 @default.
• W2109726198 cites W2066847649 @default.
• W2109726198 cites W2069346304 @default.
• W2109726198 cites W2069904036 @default.
• W2109726198 cites W2079790280 @default.
• W2109726198 cites W2083783640 @default.
• W2109726198 cites W2091497651 @default.
• W2109726198 cites W2096652586 @default.
• W2109726198 cites W2098853326 @default.
• W2109726198 cites W2101389794 @default.
• W2109726198 cites W2102316218 @default.
• W2109726198 cites W2103165146 @default.
• W2109726198 cites W2103750549 @default.
• W2109726198 cites W2106630940 @default.
• W2109726198 cites W2106737433 @default.
• W2109726198 cites W2107114181 @default.
• W2109726198 cites W2107301081 @default.
• W2109726198 cites W2109388404 @default.
• W2109726198 cites W2114196392 @default.
• W2109726198 cites W2114729164 @default.
• W2109726198 cites W2116302400 @default.
• W2109726198 cites W2119800504 @default.
• W2109726198 cites W2121700163 @default.
• W2109726198 cites W2124433257 @default.
• W2109726198 cites W2127204797 @default.
• W2109726198 cites W2128935789 @default.
• W2109726198 cites W2133757548 @default.
• W2109726198 cites W2136085850 @default.
• W2109726198 cites W2136563274 @default.
• W2109726198 cites W2136573371 @default.
• W2109726198 cites W2136590766 @default.
• W2109726198 cites W2145176851 @default.
• W2109726198 cites W2145721324 @default.
• W2109726198 cites W2146440424 @default.
• W2109726198 cites W2146865704 @default.
• W2109726198 cites W2147028751 @default.
• W2109726198 cites W2156790403 @default.
• W2109726198 cites W2158386692 @default.
• W2109726198 cites W2160477539 @default.
• W2109726198 cites W2163448850 @default.
• W2109726198 cites W2169818221 @default.
• W2109726198 cites W4233501073 @default.
• W2109726198 cites W4239921513 @default.
• W2109726198 cites W4297606182 @default.
• W2109726198 doi "https://doi.org/10.1105/tpc.114.123323" @default.
• W2109726198 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4114945" @default.
• W2109726198 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24920331" @default.
• W2109726198 hasPublicationYear "2014" @default.
• W2109726198 type Work @default.
• W2109726198 sameAs 2109726198 @default.
• W2109726198 citedByCount "45" @default.
• W2109726198 countsByYear W21097261982015 @default.
• W2109726198 countsByYear W21097261982016 @default.
• W2109726198 countsByYear W21097261982017 @default.
• W2109726198 countsByYear W21097261982018 @default.
• W2109726198 countsByYear W21097261982019 @default.
• W2109726198 countsByYear W21097261982020 @default.
• W2109726198 countsByYear W21097261982021 @default.

• next