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- W3197696780 abstract "The high accumulation of phloridzin makes apple (Malus domestica) unique in the plant kingdom, which suggests a vital role of its biosynthesis in physiological processes. In our previous study, silencing MdUGT88F1 (a key UDP-GLUCOSE: PHLORETIN 2'-O-GLUCOSYLTRANSFERASE gene) revealed the importance of phloridzin biosynthesis in apple development and Valsa canker resistance. Here, results from MdUGT88F1-silenced lines showed that phloridzin biosynthesis was indispensable for normal chloroplast development and photosynthetic carbon fixation by maintaining MdGLK1/2 (GOLDEN2-like1/2) expression. Interestingly, increased phloridzin biosynthesis did not affect plant (or chloroplast) development, but reduced nitrogen accumulation, leading to chlorophyll deficiency, light sensitivity, and sugar accumulation in MdUGT88F1-overexpressing apple lines. Further analysis revealed that MdUGT88F1-mediated phloridzin biosynthesis negatively regulated the cytosolic glutamine synthetase1-asparagine synthetase-asparaginase (GS1-AS-ASPG) pathway of ammonium assimilation and limited chlorophyll synthesis in apple shoots. The interference of phloridzin biosynthesis in the GS1-AS-ASPG pathway was also assumed to be associated with its limitation of the carbon skeleton of ammonium assimilation through metabolic competition with the tricarboxylic acid cycle. Taken together, our findings shed light on the role of MdUGT88F1-mediated phloridzin biosynthesis in the coordination between carbon and nitrogen accumulation in apple trees." @default.
- W3197696780 created "2021-09-13" @default.
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- W3197696780 date "2021-09-06" @default.
- W3197696780 modified "2023-10-05" @default.
- W3197696780 title "MdUGT88F1-mediated phloridzin biosynthesis coordinates carbon and nitrogen accumulation in apple" @default.
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- W3197696780 cites W1894116834 @default.
- W3197696780 cites W1956183645 @default.
- W3197696780 cites W1964971448 @default.
- W3197696780 cites W1967745093 @default.
- W3197696780 cites W1974907033 @default.
- W3197696780 cites W1978918205 @default.
- W3197696780 cites W1981171604 @default.
- W3197696780 cites W1993582884 @default.
- W3197696780 cites W1999447094 @default.
- W3197696780 cites W2001949562 @default.
- W3197696780 cites W2003880331 @default.
- W3197696780 cites W2018696383 @default.
- W3197696780 cites W2022067114 @default.
- W3197696780 cites W2023619702 @default.
- W3197696780 cites W2034039638 @default.
- W3197696780 cites W2036849448 @default.
- W3197696780 cites W2042351921 @default.
- W3197696780 cites W2045336896 @default.
- W3197696780 cites W2046941968 @default.
- W3197696780 cites W2074102891 @default.
- W3197696780 cites W2082714236 @default.
- W3197696780 cites W2086118780 @default.
- W3197696780 cites W2088667660 @default.
- W3197696780 cites W2091192245 @default.
- W3197696780 cites W2093156511 @default.
- W3197696780 cites W2104105315 @default.
- W3197696780 cites W2109380145 @default.
- W3197696780 cites W2112464797 @default.
- W3197696780 cites W2116216358 @default.
- W3197696780 cites W2124338947 @default.
- W3197696780 cites W2125333724 @default.
- W3197696780 cites W2125518163 @default.
- W3197696780 cites W2131350065 @default.
- W3197696780 cites W2132139487 @default.
- W3197696780 cites W2137148470 @default.
- W3197696780 cites W2138692851 @default.
- W3197696780 cites W2139093556 @default.
- W3197696780 cites W2147301693 @default.
- W3197696780 cites W2149526665 @default.
- W3197696780 cites W2154306802 @default.
- W3197696780 cites W2154965090 @default.
- W3197696780 cites W2170836637 @default.
- W3197696780 cites W2171219018 @default.
- W3197696780 cites W2230290157 @default.
- W3197696780 cites W2255625161 @default.
- W3197696780 cites W2294120927 @default.
- W3197696780 cites W2315313682 @default.
- W3197696780 cites W2566656939 @default.
- W3197696780 cites W2604163158 @default.
- W3197696780 cites W2604939479 @default.
- W3197696780 cites W2605787173 @default.
- W3197696780 cites W2611581547 @default.
- W3197696780 cites W2735234260 @default.
- W3197696780 cites W2762526535 @default.
- W3197696780 cites W2771283747 @default.
- W3197696780 cites W2792198405 @default.
- W3197696780 cites W2794586729 @default.
- W3197696780 cites W2807913088 @default.
- W3197696780 cites W2824487406 @default.
- W3197696780 cites W2894591956 @default.
- W3197696780 cites W2896853101 @default.
- W3197696780 cites W2899150539 @default.
- W3197696780 cites W2899268081 @default.
- W3197696780 cites W2899493859 @default.
- W3197696780 cites W2926309899 @default.
- W3197696780 cites W2952556634 @default.
- W3197696780 cites W2969045725 @default.
- W3197696780 cites W2992808754 @default.
- W3197696780 cites W3004997031 @default.
- W3197696780 cites W3007228491 @default.
- W3197696780 cites W3032258585 @default.
- W3197696780 cites W3046340428 @default.
- W3197696780 cites W3082597139 @default.
- W3197696780 cites W3167774491 @default.
- W3197696780 cites W4293247451 @default.
- W3197696780 cites W578953693 @default.
- W3197696780 doi "https://doi.org/10.1093/jxb/erab410" @default.
- W3197696780 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34486649" @default.
- W3197696780 hasPublicationYear "2021" @default.
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