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- W2802895813 abstract "Moderate leaf rolling is important in ideotype breeding, as it improves photosynthetic efficiency and therefore increases crop yields. To understand the regulatory network of leaf rolling in Brassica napus, a down-curved leaf mutant ( Bndcl1) has been investigated. Physiological analyses indicated that the chlorophyll contents and antioxidant enzyme activities were remarkably increased and the photosynthetic performance was significantly improved in Bndcl1. Consistent with these findings, 943 differentially accumulated proteins (DAPs) were identified in the Bndcl1 mutant and its wild-type plants using iTRAQ-based comparative proteomic analyses. Enrichment analysis of proteins with higher abundance in Bndcl1 revealed that the functional category photosynthesis was significantly overrepresented. Moreover, proteins associated with oxidative stress response and photosystem II repairing were also up-accumulated in Bndcl1, which might help the mutant to sustain the photosynthetic efficiency under unfavorable conditions. Histological observation showed that the mutant displayed defects in adaxial-abaxial patterning. Important DAPs associated with leaf polarity establishment were detected in Bndcl1, including ribosomal proteins, proteins involved in post-transcriptional gene silencing, and proteins related to brassinosteroid. Together, our findings may help clarify the mechanisms underlying leaf rolling and its physiological effects on plants and may facilitate ideotype breeding in Brassica napus." @default.
- W2802895813 created "2018-05-17" @default.
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- W2802895813 date "2018-04-19" @default.
- W2802895813 modified "2023-10-15" @default.
- W2802895813 title "Histological, Physiological, and Comparative Proteomic Analyses Provide Insights into Leaf Rolling in <i>Brassica napus</i>" @default.
- W2802895813 cites W1530693209 @default.
- W2802895813 cites W1558436339 @default.
- W2802895813 cites W1611244112 @default.
- W2802895813 cites W1674181361 @default.
- W2802895813 cites W1758913211 @default.
- W2802895813 cites W1812992693 @default.
- W2802895813 cites W1906159602 @default.
- W2802895813 cites W1915202610 @default.
- W2802895813 cites W191793640 @default.
- W2802895813 cites W1948722685 @default.
- W2802895813 cites W1966429708 @default.
- W2802895813 cites W1976713456 @default.
- W2802895813 cites W1985781089 @default.
- W2802895813 cites W1989480537 @default.
- W2802895813 cites W1990453950 @default.
- W2802895813 cites W199707459 @default.
- W2802895813 cites W2000269678 @default.
- W2802895813 cites W2007316544 @default.
- W2802895813 cites W2009244911 @default.
- W2802895813 cites W2009327814 @default.
- W2802895813 cites W2015478871 @default.
- W2802895813 cites W2024251860 @default.
- W2802895813 cites W2029053688 @default.
- W2802895813 cites W2036394001 @default.
- W2802895813 cites W2039089125 @default.
- W2802895813 cites W2043821239 @default.
- W2802895813 cites W2044941706 @default.
- W2802895813 cites W2046720489 @default.
- W2802895813 cites W2046921575 @default.
- W2802895813 cites W2047106642 @default.
- W2802895813 cites W2050422672 @default.
- W2802895813 cites W2053915285 @default.
- W2802895813 cites W2053967355 @default.
- W2802895813 cites W2056289710 @default.
- W2802895813 cites W2057714870 @default.
- W2802895813 cites W2059744667 @default.
- W2802895813 cites W2075520229 @default.
- W2802895813 cites W2078895980 @default.
- W2802895813 cites W2082980069 @default.
- W2802895813 cites W2085257069 @default.
- W2802895813 cites W2097940316 @default.
- W2802895813 cites W2102227865 @default.
- W2802895813 cites W2102889591 @default.
- W2802895813 cites W2104889941 @default.
- W2802895813 cites W2113159943 @default.
- W2802895813 cites W2115546772 @default.
- W2802895813 cites W2126629983 @default.
- W2802895813 cites W2129819342 @default.
- W2802895813 cites W2130031459 @default.
- W2802895813 cites W2131848047 @default.
- W2802895813 cites W2133103388 @default.
- W2802895813 cites W2133111078 @default.
- W2802895813 cites W2135581618 @default.
- W2802895813 cites W2137059930 @default.
- W2802895813 cites W2137700993 @default.
- W2802895813 cites W2137749812 @default.
- W2802895813 cites W2141028645 @default.
- W2802895813 cites W2144466680 @default.
- W2802895813 cites W2145270249 @default.
- W2802895813 cites W2156571174 @default.
- W2802895813 cites W2156956417 @default.
- W2802895813 cites W2159321216 @default.
- W2802895813 cites W2159870725 @default.
- W2802895813 cites W2160454931 @default.
- W2802895813 cites W2162390593 @default.
- W2802895813 cites W2162480722 @default.
- W2802895813 cites W2164154943 @default.
- W2802895813 cites W2164644704 @default.
- W2802895813 cites W2177462375 @default.
- W2802895813 cites W2178028297 @default.
- W2802895813 cites W2193509504 @default.
- W2802895813 cites W2203890307 @default.
- W2802895813 cites W2255979074 @default.
- W2802895813 cites W2295701854 @default.
- W2802895813 cites W2326108622 @default.
- W2802895813 cites W2327594065 @default.
- W2802895813 cites W2332286758 @default.
- W2802895813 cites W2509170316 @default.
- W2802895813 cites W2517655406 @default.
- W2802895813 cites W2594039057 @default.
- W2802895813 cites W2625862700 @default.
- W2802895813 cites W3021188384 @default.
- W2802895813 cites W4293247451 @default.
- W2802895813 cites W4294216483 @default.
- W2802895813 doi "https://doi.org/10.1021/acs.jproteome.7b00744" @default.
- W2802895813 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29693398" @default.