Matches in SemOpenAlex for { <https://semopenalex.org/work/W4324149405> ?p ?o ?g. }
- W4324149405 endingPage "568" @default.
- W4324149405 startingPage "568" @default.
- W4324149405 abstract "Aluminum (Al) toxicity severely restricts crop growth and productivity in acidic soils. The rubber tree is one of the most economically important crops in tropical regions, which is tolerant to high concentrations of Al in sand or hydroponic culture conditions compared with other plants that have been reported. However, the mechanisms of Al tolerance in rubber trees remain unknown. In this study, we conducted a transcriptome and metabolome analysis for rubber tree sapling roots treated with 200 mM Al for 0 (CK), 2 or 5 days, respectively. Compared with the CK, a total of 9534 differentially expressed genes (DEGs) and 3821 differentially expressed metabolites (DEMs) were identified in 2 d of Al treatment. There were 10,373 DEGs and 4636 DEMs after 5 d of Al treatment, and 1626 DEGs and 1674 DEMs between 2 and 5 d of Al treatment. The DEGs mainly concentrated in transporters, transcription factors (TFs), cell wall biosynthesis and antioxidant systems, and the DEMs were mainly focused on lipids and lipid-like molecules, organic acids and derivatives, organic oxygen compounds, phenylpropanoids and polyketides. The combined transcriptome and metabolome analysis indicated DEGs and DEMs involved in ABC transporters, glutathione metabolism, flavonoid biosynthesis and phenylalanine metabolic pathways were identified to be closely associated with the Al tolerance of rubber trees. Our study elucidated the mechanism of rubber trees’ tolerance to Al at the transcriptional and metabolic levels, which provides a theoretical basis for the study of Al tolerance both for rubber trees and other woody plants." @default.
- W4324149405 created "2023-03-15" @default.
- W4324149405 creator A5002692186 @default.
- W4324149405 creator A5011102706 @default.
- W4324149405 creator A5013434849 @default.
- W4324149405 creator A5018863416 @default.
- W4324149405 creator A5035896709 @default.
- W4324149405 creator A5071828774 @default.
- W4324149405 creator A5080554251 @default.
- W4324149405 creator A5089651936 @default.
- W4324149405 date "2023-03-13" @default.
- W4324149405 modified "2023-10-16" @default.
- W4324149405 title "Comparative Transcriptome and Metabolome Analysis of Rubber Trees (Hevea brasiliensis Muell. Arg.) Response to Aluminum Stress" @default.
- W4324149405 cites W1587542373 @default.
- W4324149405 cites W1597276507 @default.
- W4324149405 cites W1748295767 @default.
- W4324149405 cites W1930522881 @default.
- W4324149405 cites W1933230905 @default.
- W4324149405 cites W1971739299 @default.
- W4324149405 cites W1974116356 @default.
- W4324149405 cites W1974308528 @default.
- W4324149405 cites W1980822605 @default.
- W4324149405 cites W1985167771 @default.
- W4324149405 cites W1991948589 @default.
- W4324149405 cites W1996420636 @default.
- W4324149405 cites W1999447946 @default.
- W4324149405 cites W2013776927 @default.
- W4324149405 cites W2014653863 @default.
- W4324149405 cites W2018012415 @default.
- W4324149405 cites W2024215796 @default.
- W4324149405 cites W2025473161 @default.
- W4324149405 cites W2036241295 @default.
- W4324149405 cites W2044650209 @default.
- W4324149405 cites W2044729180 @default.
- W4324149405 cites W2061827343 @default.
- W4324149405 cites W2071929044 @default.
- W4324149405 cites W2082645633 @default.
- W4324149405 cites W2083162252 @default.
- W4324149405 cites W2087628710 @default.
- W4324149405 cites W2089211283 @default.
- W4324149405 cites W2093424585 @default.
- W4324149405 cites W2094617699 @default.
- W4324149405 cites W2107277218 @default.
- W4324149405 cites W2111094819 @default.
- W4324149405 cites W2117987401 @default.
- W4324149405 cites W2123007110 @default.
- W4324149405 cites W2123060905 @default.
- W4324149405 cites W2126042554 @default.
- W4324149405 cites W2128212482 @default.
- W4324149405 cites W2133371629 @default.
- W4324149405 cites W2136026832 @default.
- W4324149405 cites W2137396280 @default.
- W4324149405 cites W2144546257 @default.
- W4324149405 cites W2145264208 @default.
- W4324149405 cites W2145499158 @default.
- W4324149405 cites W2146460113 @default.
- W4324149405 cites W2168590651 @default.
- W4324149405 cites W2276812834 @default.
- W4324149405 cites W2396830442 @default.
- W4324149405 cites W2461939104 @default.
- W4324149405 cites W2527960666 @default.
- W4324149405 cites W2592271914 @default.
- W4324149405 cites W2599959540 @default.
- W4324149405 cites W2729938144 @default.
- W4324149405 cites W2779255556 @default.
- W4324149405 cites W2883396098 @default.
- W4324149405 cites W2885698369 @default.
- W4324149405 cites W2889368120 @default.
- W4324149405 cites W2969823627 @default.
- W4324149405 cites W3001265085 @default.
- W4324149405 cites W3007484819 @default.
- W4324149405 cites W3012592258 @default.
- W4324149405 cites W3021237914 @default.
- W4324149405 cites W3030505506 @default.
- W4324149405 cites W3087282665 @default.
- W4324149405 cites W3087318297 @default.
- W4324149405 cites W3165310051 @default.
- W4324149405 cites W3207237516 @default.
- W4324149405 cites W4220976033 @default.
- W4324149405 cites W4225006014 @default.
- W4324149405 cites W4237313691 @default.
- W4324149405 cites W4283752204 @default.
- W4324149405 cites W4295514655 @default.
- W4324149405 cites W4311404637 @default.
- W4324149405 cites W2981559434 @default.
- W4324149405 doi "https://doi.org/10.3390/f14030568" @default.
- W4324149405 hasPublicationYear "2023" @default.
- W4324149405 type Work @default.
- W4324149405 citedByCount "0" @default.
- W4324149405 crossrefType "journal-article" @default.
- W4324149405 hasAuthorship W4324149405A5002692186 @default.
- W4324149405 hasAuthorship W4324149405A5011102706 @default.
- W4324149405 hasAuthorship W4324149405A5013434849 @default.
- W4324149405 hasAuthorship W4324149405A5018863416 @default.
- W4324149405 hasAuthorship W4324149405A5035896709 @default.
- W4324149405 hasAuthorship W4324149405A5071828774 @default.
- W4324149405 hasAuthorship W4324149405A5080554251 @default.
- W4324149405 hasAuthorship W4324149405A5089651936 @default.