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- W3014739352 abstract "Acyl lipids are important constituents of the plant cell. Depending on the cell type, requirements in acyl lipids vary greatly, implying a tight regulation of fatty acid and lipid metabolism. The discovery of the WRINKLED1 (WRI1) transcription factors, members of the AP2-EREBP (APETALA2-ethylene-responsive element binding protein) family, has emphasized the importance of transcriptional regulation for adapting the rate of acyl chain production to cell requirements. Here, we describe the identification of another activator of the fatty acid biosynthetic pathway, the Arabidopsis MYB92 transcription factor. This MYB and all the members of the subgroups S10 and S24 of MYB transcription factors can directly activate the promoter of BCCP2 that encodes a component of the fatty acid biosynthetic pathway. Two adjacent MYB cis-regulatory elements are essential for the binding and activation of the BCCP2 promoter by MYB92. Overexpression of MYB92 or WRI1 in Nicotiana benthamiana induces the expression of fatty acid biosynthetic genes but results in the accumulation of different types of acyl lipids. In the presence of WRI1, triacylglycerol biosynthetic enzymes coded by constitutively expressed genes efficiently channel the excess fatty acids toward reserve lipid accumulation. By contrast, MYB92 activates both fatty acid and suberin biosynthetic genes; hence, the remarkable increase in suberin monomers measured in leaves expressing MYB92. These results provide additional insight into the molecular mechanisms that control the biosynthesis of an important cell wall-associated acylglycerol polymer playing critical roles in plants." @default.
- W3014739352 created "2020-04-10" @default.
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- W3014739352 date "2020-04-22" @default.
- W3014739352 modified "2023-10-17" @default.
- W3014739352 title "AtMYB92 enhances fatty acid synthesis and suberin deposition in leaves of <i>Nicotiana benthamiana</i>" @default.
- W3014739352 cites W1483456869 @default.
- W3014739352 cites W1562529838 @default.
- W3014739352 cites W1581046505 @default.
- W3014739352 cites W1647894753 @default.
- W3014739352 cites W1924898790 @default.
- W3014739352 cites W1955382403 @default.
- W3014739352 cites W1967908209 @default.
- W3014739352 cites W1983922522 @default.
- W3014739352 cites W1985742566 @default.
- W3014739352 cites W1997589408 @default.
- W3014739352 cites W2002900187 @default.
- W3014739352 cites W2003679101 @default.
- W3014739352 cites W2004333769 @default.
- W3014739352 cites W2004937447 @default.
- W3014739352 cites W2009983406 @default.
- W3014739352 cites W2013479011 @default.
- W3014739352 cites W2024058212 @default.
- W3014739352 cites W2031761299 @default.
- W3014739352 cites W2037928158 @default.
- W3014739352 cites W2043226817 @default.
- W3014739352 cites W2043404580 @default.
- W3014739352 cites W2046113576 @default.
- W3014739352 cites W2048357891 @default.
- W3014739352 cites W2054865241 @default.
- W3014739352 cites W2058025805 @default.
- W3014739352 cites W2060572415 @default.
- W3014739352 cites W2061230001 @default.
- W3014739352 cites W2063053724 @default.
- W3014739352 cites W2063625511 @default.
- W3014739352 cites W2068706983 @default.
- W3014739352 cites W2082749931 @default.
- W3014739352 cites W2091512413 @default.
- W3014739352 cites W2092806862 @default.
- W3014739352 cites W2095166254 @default.
- W3014739352 cites W2098576269 @default.
- W3014739352 cites W2100130307 @default.
- W3014739352 cites W2103038265 @default.
- W3014739352 cites W2104593368 @default.
- W3014739352 cites W2105251812 @default.
- W3014739352 cites W2107599291 @default.
- W3014739352 cites W2108051215 @default.
- W3014739352 cites W2108357601 @default.
- W3014739352 cites W2108400567 @default.
- W3014739352 cites W2116382358 @default.
- W3014739352 cites W2117234604 @default.
- W3014739352 cites W2117693842 @default.
- W3014739352 cites W2118903288 @default.
- W3014739352 cites W2123762144 @default.
- W3014739352 cites W2125995189 @default.
- W3014739352 cites W2127627501 @default.
- W3014739352 cites W2129439700 @default.
- W3014739352 cites W2130269975 @default.
- W3014739352 cites W2136877208 @default.
- W3014739352 cites W2139220301 @default.
- W3014739352 cites W2144448000 @default.
- W3014739352 cites W2148546239 @default.
- W3014739352 cites W2149842024 @default.
- W3014739352 cites W2150115180 @default.
- W3014739352 cites W2150630769 @default.
- W3014739352 cites W2154754929 @default.
- W3014739352 cites W2163448850 @default.
- W3014739352 cites W2163960007 @default.
- W3014739352 cites W2170994530 @default.
- W3014739352 cites W2171067972 @default.
- W3014739352 cites W2337752199 @default.
- W3014739352 cites W2346328896 @default.
- W3014739352 cites W2461125355 @default.
- W3014739352 cites W2470567829 @default.
- W3014739352 cites W2475311937 @default.
- W3014739352 cites W2512034269 @default.
- W3014739352 cites W2515276442 @default.
- W3014739352 cites W2519354437 @default.
- W3014739352 cites W2565227365 @default.
- W3014739352 cites W2753230677 @default.
- W3014739352 cites W2792277090 @default.
- W3014739352 cites W2900484205 @default.
- W3014739352 cites W2900691511 @default.
- W3014739352 cites W2920727846 @default.
- W3014739352 cites W3204631443 @default.
- W3014739352 cites W355046149 @default.
- W3014739352 doi "https://doi.org/10.1111/tpj.14759" @default.
- W3014739352 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32246506" @default.
- W3014739352 hasPublicationYear "2020" @default.
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