Search Results - "Luo, Landi"

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  1. 1

    Physiological and rhizospheric response characteristics to cadmium of a newly identified cadmium accumulator Coreopsis grandiflora Hogg. (Asteraceae) by Li, Xiong, Li, Boqun, Zheng, Yan, Luo, Landi, Qin, Xiangshi, Yang, Yongping, Xu, Jianchu

    Published in Ecotoxicology and environmental safety (01-08-2022)
    “…Screening for superior cadmium (Cd) phytoremediation resources and uncovering the mechanisms of plant response to Cd are important for effective…”
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    Journal Article
  2. 2

    Grafting improves drought stress memory by increasing the P5CS1 gene expression in Brassica rapa by Luo, Landi, Zheng, Yan, Gao, Zean, Chen, Qian, Kong, Xiangxiang, Yang, Yongping

    Published in Plant and soil (01-07-2020)
    “…Aims Plants accumulate proline as a drought-tolerance strategy. However, the effect of grafting on adaptive proline accumulation remains to be discovered…”
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  3. 3

    Comparative transcriptomics analysis reveals differential Cd response processes in roots of two turnip landraces with different Cd accumulation capacities by Li, Xiong, Chen, Di, Yang, Ya, Liu, Yuanyuan, Luo, Landi, Chen, Qian, Yang, Yongping

    Published in Ecotoxicology and environmental safety (01-09-2021)
    “…Understanding the molecular mechanisms of cadmium (Cd) tolerance and accumulation in plants is important to address Cd pollution. In the present study, we…”
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  4. 4

    ICE1 interacts with IDD14 to transcriptionally activate QQS to increase pollen germination and viability by Luo, Landi, Zheng, Yan, Li, Xieshengyang, Chen, Qian, Yang, Danni, Gu, Zhijia, Yang, Ya, Yang, Yunqiang, Kong, Xiangxiang, Yang, Yongping

    Published in Journal of integrative plant biology (01-08-2024)
    “…ABSTRACT In flowering plants, sexual reproductive success depends on the production of viable pollen grains. However, the mechanisms by which QUA QUINE STARCH…”
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  5. 5

    Cold Response Transcriptome Analysis of the Alternative Splicing Events Induced by the Cold Stress in D. catenatum by Zheng, Yan, Luo, Landi, Chen, Qian, Yang, Danni, Gong, Yuqiang, Yang, Ya, Qin, Xiangshi, Wang, Yuhua, Kong, Xiangxiang, Yang, Yongping

    “…is a valuable medicinal herb and gardening plant due to its ornamental value and special medical value. Low temperature is a major bottleneck restricting…”
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  6. 6

    Comparative transcriptome analysis reveals ecological adaption of cold tolerance in northward invasion of Alternanthera philoxeroides by Luo, Landi, Kong, Xiangxiang, Gao, Zean, Zheng, Yan, Yang, Yunqiang, Li, Xiong, Yang, Danni, Geng, Yupeng, Yang, Yongping

    Published in BMC genomics (02-08-2020)
    “…Alternanthera philoxeroides (alligator weed) is a highly invasive alien plant that has continuously and successfully expanded from the tropical to the…”
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  7. 7

    Development of EST-SSR Markers for the Invasive Plant Tithonia diversifolia (Asteraceae) by Luo, Landi, Zhang, Pin, Ou, Xiaokun, Geng, Yupeng

    Published in Applications in plant sciences (01-07-2016)
    “…Premise of the study: Tithonia diversifolia (Asteraceae) is an invasive plant species that can outcompete natives and thus poses a great threat to biodiversity…”
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  8. 8

    Effect of vernalization on tuberization and flowering in the Tibetan turnip is associated with changes in the expression of FLC homologues by Zheng, Yan, Luo, Landi, Liu, Yuanyuan, Yang, Yunqiang, Wang, Chuntao, Kong, Xiangxiang, Yang, Yongping

    Published in Plant diversity (01-04-2018)
    “…The turnip (Brassica rapa var. rapa) is a biennial crop that is planted in late summer/early fall and forms fleshy tubers for food in temperate regions. The…”
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  9. 9

    The glutamate receptors AtGLR1.2 and AtGLR1.3 increase cold tolerance by regulating jasmonate signaling in Arabidopsis thaliana by Zheng, Yan, Luo, Landi, Wei, Jingjing, Chen, Qian, Yang, Yongping, Hu, Xiangyang, Kong, Xiangxiang

    “…Plant glutamate-like receptors (GLRs), which are homologs of mammalian ionotropic glutamate receptors (iGluRs), are thought to be involved in plant growth,…”
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  10. 10

    Expression of FRIGIDA in root inhibits flowering in Arabidopsis thaliana by Kong, Xiangxiang, Luo, Landi, Zhao, Jinjie, Chen, Qian, Chang, Guanxiao, Huang, Jinling, Yang, Yongping, Hu, Xiangyang

    Published in Journal of experimental botany (15-10-2019)
    “…Root FRIGIDA activated the novel targets MAF4/5 to delay flowering; temporal expresson of FRIGIDA as early as at the pro-embryo stage is efficient in delaying…”
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  11. 11

    Divergence of the genetic contribution of FRIGIDA homologues in regulating the flowering time in Brassica rapa ssp. rapa by Zheng, Yan, Gao, Zean, Luo, Landi, Wang, Yonggang, Chen, Qian, Yang, Ya, Kong, Xiangxiang, Yang, Yongping

    Published in Gene (05-09-2021)
    “…•Two BrrFRI homologues from turnip were identified which showed differences in the coiled-coil domains.•BrrFRIa protein effectively activated the promoter of…”
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  12. 12
  13. 13

    The evolution and functional divergence of FT-related genes in controlling flowering time in Brassica rapa ssp. rapa by Li, Xieshengyang, Zheng, Yan, Luo, Landi, Chen, Qian, Yang, Tianyu, Yang, Ya, Qiao, Qin, Kong, Xiangxiang, Yang, Yongping

    Published in Plant cell reports (01-04-2024)
    “…Key message The BrrFT paralogues exhibit distinct expression patterns and play different roles in regulating flowering time, and BrrFT4 competes with BrrFT1…”
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  14. 14

    Functional FRIGIDA allele enhances drought tolerance by regulating the P5CS1 pathway in Arabidopsis thaliana by Chen, Qian, Zheng, Yan, Luo, Landi, Yang, Yongping, Hu, Xiangyang, Kong, Xiangxiang

    “…Flowering at the right time is important for the reproductive success of plants and their response to environmental stress. In Arabidopsis, a major determinant…”
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  15. 15

    Human agricultural activities influence the flowering time of turnip in the Qinghai-Tibet Plateau by Zheng, Yan, Luo, Landi, Li, Xieshengyang, Chen, Qian, Yang, Ya, Duan, Yuanwen, Kong, Xiangxiang, Yang, Yongping

    Published in Plant diversity (01-04-2023)
    “…Tibetan turnip and oilseeds are the most important vegetables cultivated in the Qinghai-Tibet Plateau. Our field observations identified a dominant…”
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  16. 16