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- Yang, Jian Li, et al. Show all 9 Authors
- Journal of integrative plant biology 2019 v.61 no.2 pp. 140-154
- Arabidopsis; Vigna umbellata; abscisic acid; acid soils; aluminum; cell walls; citrates; gene expression; gene expression regulation; genes; metal tolerance; molecular biology; mutants; osmoregulation; osmotic stress; root growth; signal transduction; toxicity; transcription factors; transcriptomics
- ... Under conditions of aluminum (Al) toxicity, which severely inhibits root growth in acidic soils, plants rapidly alter their gene expression to optimize physiological fitness for survival. Abscisic acid (ABA) has been suggested as a mediator between Al stress and gene expression, but the underlying mechanisms remain largely unknown. Here, we investigated ABA‐mediated Al‐stress responses, using inte ...
- Yang, Jian Li, et al. Show all 8 Authors
- Journal of proteomics 2014 v.98 pp. 189-205
- Oryza sativa; acid soils; aluminum; biochemical pathways; bioinformatics; cell growth; cell structures; cultivars; energy; gene expression regulation; genes; gluconeogenesis; glycolysis; ions; messenger RNA; metal tolerance; physiological transport; protein metabolism; proteins; proteome; proteomics; quantitative polymerase chain reaction; rice; roots; signal transduction; stress tolerance; toxicity
- ... One of the major limitations to crop growth on acid soils is the prevalence of soluble aluminum ions (Al3+). Rice (Oryza sativa L.) has been reported to be highly Al tolerant; however, large-scale proteomic data of rice in response to Al3+ are still very scanty. Here, we used an iTRAQ-based quantitative proteomics approach for comparative analysis of the expression profiles of proteins in rice roo ...
- YANG, JIAN LI, et al. Show all 8 Authors
- Plant, cell and environment 2011 v.34 no.7 pp. 1055-1064
- Solanum; cadmium; cultivars; heavy metals; metal tolerance; organic acids and salts; root growth; roots; secretion; tomatoes; toxicity
- ... The mechanisms of heavy metal resistance in plants can be classified into internal tolerance and exclusion mechanisms, but exclusion of heavy metals with the help of organic acids secretion has not been well documented. Here we demonstrated the contribution of oxalate secretion to cadmium (Cd) exclusion and resistance in tomato. Different Cd resistance between two tomato cultivars was evaluated by ...