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• W2609222506 endingPage "383" @default.
• W2609222506 startingPage "359" @default.
• W2609222506 abstract "In plants the adult organs are not determined during embryogenesis. Throughout their life cycle, plants undergo different developmental changes, which require deep alterations in the overall gene expression patterns. The timing at which these phase changes occur can have a strong impact on plant viability and fitness and therefore needs to be tightly regulated to assure they take place under optimal conditions. On the other hand, in Arabidopsis thaliana, once a transition is initiated, it is usually stable, independently of the surrounding environment, suggesting it should be memorized. Over the last years, several studies have shown that epigenetics plays an important role in the regulation of phase transitions in plants. For instance, Arabidopsis mutants where the repressive trimethylation of lysine 27 of histone 3 (H3K27me3) is absent were shown to germinate and further revert into calli-like structures bearing somatic embryos. Moreover, this histone mark has recently been shown to also regulate the transition from vegetative to reproductive development, as some mutants with reduced H3K27me3 levels are incapable of memorizing floral inducible stimuli, when transferred to suboptimal conditions. On the other hand, the epigenetic modifications need to be reset at the end of each generation, to ensure the normal development of the progeny. In fact, plants have developed an entire reprogramming machinery that culminates at gametogenesis, where a genome-wide resetting of gene programs takes place." @default.
• W2609222506 created "2017-05-05" @default.
• W2609222506 creator A5058462348 @default.
• W2609222506 creator A5061055811 @default.
• W2609222506 creator A5063222770 @default.
• W2609222506 date "2017-01-01" @default.
• W2609222506 modified "2023-09-25" @default.
• W2609222506 title "Epigenetic Regulation of Phase Transitions in Arabidopsis thaliana" @default.
• W2609222506 cites W1476440940 @default.
• W2609222506 cites W1525573602 @default.
• W2609222506 cites W1558370786 @default.
• W2609222506 cites W1590538608 @default.
• W2609222506 cites W1809321693 @default.
• W2609222506 cites W1912583355 @default.
• W2609222506 cites W1964388814 @default.
• W2609222506 cites W1966697893 @default.
• W2609222506 cites W1967543716 @default.
• W2609222506 cites W1968931043 @default.
• W2609222506 cites W1971635495 @default.
• W2609222506 cites W1972796554 @default.
• W2609222506 cites W1972806283 @default.
• W2609222506 cites W1975289899 @default.
• W2609222506 cites W1976702683 @default.
• W2609222506 cites W1982199910 @default.
• W2609222506 cites W1983671446 @default.
• W2609222506 cites W1986139695 @default.
• W2609222506 cites W1987762633 @default.
• W2609222506 cites W1992048026 @default.
• W2609222506 cites W1995495619 @default.
• W2609222506 cites W1995848096 @default.
• W2609222506 cites W1997203740 @default.
• W2609222506 cites W1998918762 @default.
• W2609222506 cites W1999078614 @default.
• W2609222506 cites W2001175858 @default.
• W2609222506 cites W2002557938 @default.
• W2609222506 cites W2003892310 @default.
• W2609222506 cites W2004871849 @default.
• W2609222506 cites W2005370601 @default.
• W2609222506 cites W2005960411 @default.
• W2609222506 cites W2009514731 @default.
• W2609222506 cites W2010055122 @default.
• W2609222506 cites W2010396990 @default.
• W2609222506 cites W2010897775 @default.
• W2609222506 cites W2011198641 @default.
• W2609222506 cites W2015132841 @default.
• W2609222506 cites W2016455265 @default.
• W2609222506 cites W2017244879 @default.
• W2609222506 cites W2022034236 @default.
• W2609222506 cites W2024071877 @default.
• W2609222506 cites W2025679455 @default.
• W2609222506 cites W2027297574 @default.
• W2609222506 cites W2029464814 @default.
• W2609222506 cites W2030380188 @default.
• W2609222506 cites W2030523067 @default.
• W2609222506 cites W2030989926 @default.
• W2609222506 cites W2033514566 @default.
• W2609222506 cites W2035736338 @default.
• W2609222506 cites W2037836461 @default.
• W2609222506 cites W2041397120 @default.
• W2609222506 cites W2041712378 @default.
• W2609222506 cites W2042088824 @default.
• W2609222506 cites W2042459848 @default.
• W2609222506 cites W2044826047 @default.
• W2609222506 cites W2046942607 @default.
• W2609222506 cites W2049872649 @default.
• W2609222506 cites W2052806528 @default.
• W2609222506 cites W2055721253 @default.
• W2609222506 cites W2055806493 @default.
• W2609222506 cites W2059631140 @default.
• W2609222506 cites W2062771530 @default.
• W2609222506 cites W2063226345 @default.
• W2609222506 cites W2065264095 @default.
• W2609222506 cites W2067854876 @default.
• W2609222506 cites W2068737602 @default.
• W2609222506 cites W2069433314 @default.
• W2609222506 cites W2072572255 @default.
• W2609222506 cites W2074380974 @default.
• W2609222506 cites W2075052598 @default.
• W2609222506 cites W2076258399 @default.
• W2609222506 cites W2076444968 @default.
• W2609222506 cites W2082276197 @default.
• W2609222506 cites W2086469122 @default.
• W2609222506 cites W2088998472 @default.
• W2609222506 cites W2089683406 @default.
• W2609222506 cites W2089919205 @default.
• W2609222506 cites W2093762216 @default.
• W2609222506 cites W2094112540 @default.
• W2609222506 cites W2095750709 @default.
• W2609222506 cites W2097134431 @default.
• W2609222506 cites W2098973407 @default.
• W2609222506 cites W2101164446 @default.
• W2609222506 cites W2101692806 @default.
• W2609222506 cites W2102275974 @default.
• W2609222506 cites W2103165146 @default.
• W2609222506 cites W2103165768 @default.
• W2609222506 cites W2103815668 @default.
• W2609222506 cites W2105176861 @default.
• W2609222506 cites W2105404273 @default.

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