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Recently, the Mango Research Center of the South Asia Institute of the Chinese Academy of Thermal Sciences has made new progress in the research on the molecular mechanism of mango flower formation.
Metabolome and metabolome profiles analyzed the molecular mechanism of mango flower formation
.
The results of the study show that FLOWERING LOCUS T and CoThe interaction of nSTANS with their upstream/downstream regulators/repressors regulates flowering robustness, and GA and auxin biosynthesis and signaling have important roles in mango flowering robustness
.
The major breakthrough in the analysis of the molecular mechanism of mango flowering difficulty is of great significance to mango breeding and cultivation, and has great significance and broad application prospects for the research and development of new mango flowering regulators in the future
.
Metabolome and metabolome profiles analyzed the molecular mechanism of mango flower formation
.
The results of the study show that FLOWERING LOCUS T and CoThe interaction of nSTANS with their upstream/downstream regulators/repressors regulates flowering robustness, and GA and auxin biosynthesis and signaling have important roles in mango flowering robustness
.
The major breakthrough in the analysis of the molecular mechanism of mango flowering difficulty is of great significance to mango breeding and cultivation, and has great significance and broad application prospects for the research and development of new mango flowering regulators in the future
.
The research results are named "Transscript and metabolome Analyses Reveal the Involvement of Multiple Pathways in Flowering Intensity in Mango” was published in Frontiers in Plant Science
.
Dr.
Liang Qingzhi is the first author of the paper, and Researcher Wang Songbiao and Researcher Zhan Rulin are the co-corresponding authors of the paper
.
This work was supported by the National Key R&D Program Project and the Hainan Provincial Natural Science Foundation Innovation Team Project
.
.
Dr.
Liang Qingzhi is the first author of the paper, and Researcher Wang Songbiao and Researcher Zhan Rulin are the co-corresponding authors of the paper
.
This work was supported by the National Key R&D Program Project and the Hainan Provincial Natural Science Foundation Innovation Team Project
.
Mango is a pillar industry for farmers in hot areas in China to get rid of poverty and become rich
.
Mango flower bud differentiation is closely related to production, and the quantity and quality of flower bud differentiation directly affect the yield of mango and the economic benefits of fruit farmers
.
The size of mangoes and the uneven flowering of mangoes have seriously affected the development of the domestic mango industry.
People's demand for new varieties of mangoes with neat and stable flowering is increasing, and the research on the mechanism of mango flowering has also entered a new stage
.
Analyzing the molecular mechanism of mango flowering and cultivating new mango varieties with neat and stable flowering have become a hot spot in the field of mango breeding and cultivation at home and abroad
.
.
Mango flower bud differentiation is closely related to production, and the quantity and quality of flower bud differentiation directly affect the yield of mango and the economic benefits of fruit farmers
.
The size of mangoes and the uneven flowering of mangoes have seriously affected the development of the domestic mango industry.
People's demand for new varieties of mangoes with neat and stable flowering is increasing, and the research on the mechanism of mango flowering has also entered a new stage
.
Analyzing the molecular mechanism of mango flowering and cultivating new mango varieties with neat and stable flowering have become a hot spot in the field of mango breeding and cultivation at home and abroad
.
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