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• W3214947651 abstract "Understanding the molecular mechanisms and evolutionary process of plant adaptation to the heterogeneous environment caused by altitude gradients in plateau mountain ecosystems can provide novel insight into species' responses to global changes. Flower color is the most conspicuous and highly diverse trait in nature. Herein, the gene expression patterns, evolutionary adaptation and metabolites changes of different-colored flowers of alpine Rhododendron L. species along altitude gradients were investigated based on a combined analysis of transcriptomics and metabolomics. Differentially expressed genes were found to be related to the biosynthesis of carbohydrates, fatty acids, amino acids and flavonoids, suggesting their important roles in the altitude adaptability of Rhododendron species. The evolution rate of high-altitude species was faster than that of low-altitude species. Genes related to DNA repair, mitogen-activated protein kinase and ABA signal transduction, and lipoic acid and propanoate metabolism were positively selected in the flowers of high-altitude Rhododendron species and those associated with carotenoid biosynthesis pathway, ABA signal transduction and ethylene signal transduction were positively selected in low-altitude species. These results indicated that the genes with differentiated expressions or functions exhibit varying evolution during the adaptive divergence of heterogeneous environment caused by altitude gradients. Flower-color variation might be attributed to the significant differences in gene expression or metabolites related to sucrose, flavonoids and carotenoids at the transcription or metabolism levels of Rhododendron species. This work suggests that Rhododendron species have multiple molecular mechanisms in their adaptation to changing environments caused by altitude gradients." @default.
• W3214947651 created "2021-12-06" @default.
• W3214947651 creator A5022548422 @default.
• W3214947651 creator A5069150038 @default.
• W3214947651 creator A5086967521 @default.
• W3214947651 date "2021-12-01" @default.
• W3214947651 modified "2023-10-12" @default.
• W3214947651 title "Transcriptomic and metabolomic analyses reveal the altitude adaptability and evolution of different-colored flowers in alpine <i>Rhododendron</i> species" @default.
• W3214947651 cites W1462702413 @default.
• W3214947651 cites W1543940870 @default.
• W3214947651 cites W1546991696 @default.
• W3214947651 cites W1653996640 @default.
• W3214947651 cites W1739525866 @default.
• W3214947651 cites W1964010911 @default.
• W3214947651 cites W1965041031 @default.
• W3214947651 cites W1966372831 @default.
• W3214947651 cites W1966730614 @default.
• W3214947651 cites W1971300928 @default.
• W3214947651 cites W1972035613 @default.
• W3214947651 cites W1975075709 @default.
• W3214947651 cites W1975159738 @default.
• W3214947651 cites W1975221016 @default.
• W3214947651 cites W1983355052 @default.
• W3214947651 cites W1983540117 @default.
• W3214947651 cites W1994938163 @default.
• W3214947651 cites W1996977395 @default.
• W3214947651 cites W1998527566 @default.
• W3214947651 cites W2004177901 @default.
• W3214947651 cites W2011657487 @default.
• W3214947651 cites W2016381592 @default.
• W3214947651 cites W2023627475 @default.
• W3214947651 cites W2024387432 @default.
• W3214947651 cites W2028886234 @default.
• W3214947651 cites W2030854390 @default.
• W3214947651 cites W2035314500 @default.
• W3214947651 cites W2035754882 @default.
• W3214947651 cites W2056561895 @default.
• W3214947651 cites W2056955859 @default.
• W3214947651 cites W2057433097 @default.
• W3214947651 cites W2063695918 @default.
• W3214947651 cites W2064075580 @default.
• W3214947651 cites W2066120913 @default.
• W3214947651 cites W2075408008 @default.
• W3214947651 cites W2079331793 @default.
• W3214947651 cites W2079777807 @default.
• W3214947651 cites W2079933229 @default.
• W3214947651 cites W2091911995 @default.
• W3214947651 cites W2092906013 @default.
• W3214947651 cites W2094503336 @default.
• W3214947651 cites W2096697810 @default.
• W3214947651 cites W2106733496 @default.
• W3214947651 cites W2107060225 @default.
• W3214947651 cites W2108601617 @default.
• W3214947651 cites W2112862529 @default.
• W3214947651 cites W2117756181 @default.
• W3214947651 cites W2121467511 @default.
• W3214947651 cites W2122221811 @default.
• W3214947651 cites W2125346198 @default.
• W3214947651 cites W2126419817 @default.
• W3214947651 cites W2132799181 @default.
• W3214947651 cites W2140912169 @default.
• W3214947651 cites W2144485607 @default.
• W3214947651 cites W2152145830 @default.
• W3214947651 cites W2165670787 @default.
• W3214947651 cites W2166130920 @default.
• W3214947651 cites W2167082201 @default.
• W3214947651 cites W2185675873 @default.
• W3214947651 cites W2197612313 @default.
• W3214947651 cites W2256372490 @default.
• W3214947651 cites W2299126414 @default.
• W3214947651 cites W2332620380 @default.
• W3214947651 cites W2403922294 @default.
• W3214947651 cites W2509254431 @default.
• W3214947651 cites W2560316451 @default.
• W3214947651 cites W2588000896 @default.
• W3214947651 cites W2747817320 @default.
• W3214947651 cites W2767094928 @default.
• W3214947651 cites W2770578825 @default.
• W3214947651 cites W2771220762 @default.
• W3214947651 cites W2773858386 @default.
• W3214947651 cites W2796958652 @default.
• W3214947651 cites W2805540775 @default.
• W3214947651 cites W2808564099 @default.
• W3214947651 cites W2811031286 @default.
• W3214947651 cites W2885326465 @default.
• W3214947651 cites W2887215285 @default.
• W3214947651 cites W2893624996 @default.
• W3214947651 cites W2896376293 @default.
• W3214947651 cites W3044279075 @default.
• W3214947651 cites W3093501213 @default.
• W3214947651 cites W3159142738 @default.
• W3214947651 cites W653166125 @default.
• W3214947651 doi "https://doi.org/10.1093/treephys/tpab160" @default.
• W3214947651 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34850945" @default.
• W3214947651 hasPublicationYear "2021" @default.
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