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• W3117662620 abstract "SUMMARY The photosynthetic capacity of mature leaves increases after several days’ exposure to constant or intermittent episodes of high light (HL) and is manifested primarily as changes in chloroplast physiology. This is termed dynamic acclimation but how it is initiated and controlled is unknown. From fully expanded Arabidopsis leaves, we determined HL-dependent changes in transcript abundance of 3844 genes in a 0-6h time-series transcriptomics experiment. It was hypothesised that among such genes were those that contribute to the initiation of dynamic acclimation. By focussing on HL differentially expressed transcription (co-)factor (TF) genes and applying dynamic statistical modelling to the temporal transcriptomics data, a gene regulatory network (GRN) of 47 predominantly photoreceptor-regulated (co)-TF genes was inferred. The most connected gene in this network was B-BOX DOMAIN CONTAINING PROTEIN32 ( BBX32 ). Plants over-expressing BBX32 were strongly impaired in dynamic acclimation and displayed perturbed expression of genes involved in its initiation. These observations led to demonstrating that as well as regulation of dynamic acclimation by BBX32 , CRYPTOCHROME1, LONG HYPOCOTYL5 , CONSTITUTIVELY PHOTOMORPHOGENIC1 and SUPPRESSOR OF PHYA-105 are also important regulators of this process. Additionally, the BBX32 -centric GRN provides a view of the transcriptional control of dynamic acclimation distinct from other photoreceptor-regulated processes, such as seedling photomorphogenesis." @default.
• W3117662620 created "2021-01-05" @default.
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• W3117662620 date "2020-12-26" @default.
• W3117662620 modified "2023-10-18" @default.
• W3117662620 title "Time series transcriptomics reveals a <i>BBX32</i>-directed control of dynamic acclimation to high light in mature <i>Arabidopsis</i> leaves" @default.
• W3117662620 cites W1601965827 @default.
• W3117662620 cites W1635047173 @default.
• W3117662620 cites W1745830166 @default.
• W3117662620 cites W1763052962 @default.
• W3117662620 cites W1829141996 @default.
• W3117662620 cites W1954693008 @default.
• W3117662620 cites W1968392253 @default.
• W3117662620 cites W1968883627 @default.
• W3117662620 cites W1979562953 @default.
• W3117662620 cites W1983729367 @default.
• W3117662620 cites W1985942733 @default.
• W3117662620 cites W1989264254 @default.
• W3117662620 cites W1990516715 @default.
• W3117662620 cites W1991567280 @default.
• W3117662620 cites W1992512552 @default.
• W3117662620 cites W1997591653 @default.
• W3117662620 cites W1997960966 @default.
• W3117662620 cites W2000645301 @default.
• W3117662620 cites W2006445301 @default.
• W3117662620 cites W2009154598 @default.
• W3117662620 cites W2011461103 @default.
• W3117662620 cites W2019600234 @default.
• W3117662620 cites W2020432281 @default.
• W3117662620 cites W2021943076 @default.
• W3117662620 cites W2022996288 @default.
• W3117662620 cites W2025977362 @default.
• W3117662620 cites W2032801580 @default.
• W3117662620 cites W2035442206 @default.
• W3117662620 cites W2039670090 @default.
• W3117662620 cites W2043409652 @default.
• W3117662620 cites W2049044025 @default.
• W3117662620 cites W2052906858 @default.
• W3117662620 cites W2070264722 @default.
• W3117662620 cites W2071642624 @default.
• W3117662620 cites W2072695931 @default.
• W3117662620 cites W2080550075 @default.
• W3117662620 cites W2083253012 @default.
• W3117662620 cites W2089589190 @default.
• W3117662620 cites W2090810102 @default.
• W3117662620 cites W2092870907 @default.
• W3117662620 cites W2096662755 @default.
• W3117662620 cites W2100707780 @default.
• W3117662620 cites W2102278945 @default.
• W3117662620 cites W2103017472 @default.
• W3117662620 cites W2103092856 @default.
• W3117662620 cites W2104844840 @default.
• W3117662620 cites W2104941815 @default.
• W3117662620 cites W2105219759 @default.
• W3117662620 cites W2105707277 @default.
• W3117662620 cites W2107931418 @default.
• W3117662620 cites W2110232527 @default.
• W3117662620 cites W2111293030 @default.
• W3117662620 cites W2111330159 @default.
• W3117662620 cites W2111398286 @default.
• W3117662620 cites W2111586761 @default.
• W3117662620 cites W2112043798 @default.
• W3117662620 cites W2112044923 @default.
• W3117662620 cites W2112824103 @default.
• W3117662620 cites W2115425365 @default.
• W3117662620 cites W2115776862 @default.
• W3117662620 cites W2118155608 @default.
• W3117662620 cites W2119399666 @default.
• W3117662620 cites W2120941947 @default.
• W3117662620 cites W2121740991 @default.
• W3117662620 cites W2124210485 @default.
• W3117662620 cites W2125618971 @default.
• W3117662620 cites W2131193636 @default.
• W3117662620 cites W2131398297 @default.
• W3117662620 cites W2131780511 @default.
• W3117662620 cites W2132003094 @default.
• W3117662620 cites W2132792723 @default.
• W3117662620 cites W2134092975 @default.
• W3117662620 cites W2134738614 @default.
• W3117662620 cites W2139008831 @default.
• W3117662620 cites W2139582820 @default.
• W3117662620 cites W2140104288 @default.
• W3117662620 cites W2141212012 @default.
• W3117662620 cites W2141463316 @default.

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