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• W4321105702 endingPage "3991" @default.
• W4321105702 startingPage "3991" @default.
• W4321105702 abstract "Ammonium transporters (AMTs) are responsible for ammonium absorption and utilization in plants. As a high-nitrogen-demand crop and a legume, soybean can also obtain ammonium from symbiotic root nodules in which nitrogen-fixing rhizobia convert atmospheric nitrogen (N2) into ammonium. Although increasing evidence implicates vital roles of ammonium transport in soybean, no systematic analyses of AMTs in soybean (named GmAMTs) or functional analyses of GmAMTs are available. In this study, we aimed to identify all GmAMT family genes and gain a better understanding of the characteristics of GmAMT genes in soybean. Here, due to the improved genome assembly and annotation of soybean, we tried to generate a phylogenetic tree of 16 GmAMTs based on new information. Consistent with reported data, GmAMT family members can be divided into two subfamilies of GmAMT1 (6 genes) and GmAMT2 (10 genes). Interestingly, unlike Arabidopsis, which has only one AMT2, soybean has substantially increased the number of GmAMT2s, suggesting enhanced demand for ammonium transport. These genes were distributed on nine chromosomes, of which GmAMT1.3, GmAMT1.4, and GmAMT1.5 were three tandem repeat genes. The gene structures and conserved protein motifs of the GmAMT1 and GmAMT2 subfamilies were different. All the GmAMTs were membrane proteins with varying numbers of transmembrane domains ranging from 4 to 11. Promoter analysis found that these GmAMT genes have phytohormone-, circadian control-, and organ expression-related cis-elements in their promoters, and notably, there were nodulation-specific and nitrogen-responsive elements in the promoters of the GmAMT1 and GmAMT2 genes. Further expression data showed that these GmAMT family genes exhibited different spatiotemporal expression patterns across tissues and organs. In addition, GmAMT1.1, GmAMT1.2, GmAMT2.2, and GmAMT2.3 were responsive to nitrogen treatment, while GmAMT1.2, GmAMT1.3, GmAMT1.4, GmAMT1.5, GmAMT1.6, GmAMT2.1, GmAMT2.2, GmAMT2.3, GmAMT3.1, and GmAMT4.6 showed circadian rhythms in transcription. RT-qPCR validated the expression patterns of GmAMTs in response to different forms of nitrogen and exogenous ABA treatments. Gene expression analysis also confirmed that GmAMTs are regulated by key nodulation gene GmNINa, indicating a role of GmAMTs in symbiosis. Together, these data indicate that GmAMTs may differentially and/or redundantly regulate ammonium transport during plant development and in response to environmental factors. These findings provide a basis for future research on the functions of GmAMTs and the mechanisms through which GmAMTs regulate ammonium metabolism and nodulation in soybean." @default.
• W4321105702 created "2023-02-17" @default.
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• W4321105702 date "2023-02-16" @default.
• W4321105702 modified "2023-09-26" @default.
• W4321105702 title "Genome-Wide Identification and Expression Analysis of the Ammonium Transporter Family Genes in Soybean" @default.
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• W4321105702 cites W1626869794 @default.
• W4321105702 cites W1964602476 @default.
• W4321105702 cites W1976470419 @default.
• W4321105702 cites W197895950 @default.
• W4321105702 cites W1993389187 @default.
• W4321105702 cites W1995181027 @default.
• W4321105702 cites W2004589024 @default.
• W4321105702 cites W2006155982 @default.
• W4321105702 cites W2012597120 @default.
• W4321105702 cites W2019089443 @default.
• W4321105702 cites W2021284458 @default.
• W4321105702 cites W2025593751 @default.
• W4321105702 cites W2027284523 @default.
• W4321105702 cites W2028015665 @default.
• W4321105702 cites W2035908878 @default.
• W4321105702 cites W2040473651 @default.
• W4321105702 cites W2041276545 @default.
• W4321105702 cites W2048407980 @default.
• W4321105702 cites W2057739137 @default.
• W4321105702 cites W2069511429 @default.
• W4321105702 cites W2072285646 @default.
• W4321105702 cites W2074244686 @default.
• W4321105702 cites W2078485425 @default.
• W4321105702 cites W2079750286 @default.
• W4321105702 cites W2106541825 @default.
• W4321105702 cites W2107615622 @default.
• W4321105702 cites W2119205648 @default.
• W4321105702 cites W2121687036 @default.
• W4321105702 cites W2126400151 @default.
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• W4321105702 cites W2128711916 @default.
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• W4321105702 cites W2134301617 @default.
• W4321105702 cites W2135230723 @default.
• W4321105702 cites W2142627516 @default.
• W4321105702 cites W2147533449 @default.
• W4321105702 cites W2152770371 @default.
• W4321105702 cites W2152873860 @default.
• W4321105702 cites W2157009395 @default.
• W4321105702 cites W2158173168 @default.
• W4321105702 cites W2158239214 @default.
• W4321105702 cites W2159552127 @default.
• W4321105702 cites W2162252492 @default.
• W4321105702 cites W2162629555 @default.
• W4321105702 cites W2168455083 @default.
• W4321105702 cites W2168847574 @default.
• W4321105702 cites W2170023485 @default.
• W4321105702 cites W2264731258 @default.
• W4321105702 cites W2327043189 @default.
• W4321105702 cites W2505689382 @default.
• W4321105702 cites W2548494386 @default.
• W4321105702 cites W2731682345 @default.
• W4321105702 cites W2755331695 @default.
• W4321105702 cites W2755412537 @default.
• W4321105702 cites W2762564503 @default.
• W4321105702 cites W2793656403 @default.
• W4321105702 cites W2799524357 @default.
• W4321105702 cites W2805563194 @default.
• W4321105702 cites W2898402099 @default.
• W4321105702 cites W2948105799 @default.
• W4321105702 cites W2951449946 @default.
• W4321105702 cites W2969341995 @default.
• W4321105702 cites W2991012415 @default.
• W4321105702 cites W3022536155 @default.
• W4321105702 cites W3024772138 @default.
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• W4321105702 cites W3040926962 @default.
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• W4321105702 cites W3156458251 @default.
• W4321105702 cites W3210899709 @default.
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• W4321105702 doi "https://doi.org/10.3390/ijms24043991" @default.
• W4321105702 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36835403" @default.
• W4321105702 hasPublicationYear "2023" @default.
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