曹艳花
硕士研究生导师
E-mail :caoyh@sxau.edu.cn
个人简介
曹艳花,女,汉族,山西榆社人,中共党员,农学博士。研究方向:植物-微生物互作。目前主要从事谷子抗逆和磷高效利用的根际微生物挖掘与应用、根系分泌物介导的谷子磷吸收和耐盐调控网络解析。以第一作者、共同第一或通讯作者在Plant and Soil、Field Crops Research、Plant Science、BMC Plant Biology等期刊发表多篇论文。
教育和工作经历
2010.09—2014.06,四川农业大学,植物保护专业,本科/学士;
2014.09—2017.06,四川农业大学,作物遗传育种专业,研究生/硕士;
2021.09—2025.06,兰州大学,草学专业,研究生/博士;
2025.09—至今,山西农业大学,生命科学学院,讲师。
教学工作
承担《植物学》、《农业生物技术》等课程。
主持参与科研项目
(1)山西农业大学2025年引进人才博士科研启动项目,项目编号:2026BQ52,项目名称:根系分泌物介导的谷子-根际细菌互作网络及其提高磷效率的机制研究,研究年限:2026年01月-2028年06月;
(2)国家重点研发子课题项目,项目编号:2023YFD1200705,项目名称:特色经济作物重要性状基因资源挖掘与利用,研究年限:2023.12-2028.11;(参与)。
发表学术论文:
(1)Zhao XW, Li MQ, Liang YX, Zhang J, Cui J, Ma C, Han YH, Jiang YW,Cao YH*, Xing GF*. Reshaping the root-associated bacterial community for enhanced phosphorus deficiency tolerance in foxtail millet.Plant and Soil, 2025,518:473-492.(SCI,二区,IF4.1)
(2)Cao YH, Zhao XW, Nie G, Wang ZY, Song X, Zhang MX, Hu JP, Zhao Q, Jiang YW*, Zhang JL*. The salt-tolerance of perennial ryegrass is linked with root exudate profiles and microflora recruitment.STOTEN, 2024, 916: 170205.(ESI高被引论文)
(3)Cao YH, Lü ZL, Li YH, Jiang YW*, Zhang JL*. Integrated metabolomic and transcriptomic analysis reveals the role of root phenylpropanoid biosynthesis pathway in the salt tolerance of perennial ryegrass.BMC Plant Biology, 2024, 24: 1225.(SCI,二区top, IF2025: 4.8)
(4)Cao YH, Ren W, Gao HJ, Lü XP, Zhao Q, Zhang H, Rensing C, Zhang JL*.HaASR2fromHaloxylon ammodendronconfers drought and salt tolerance in plants.Plant Science, 2023, 328: 111572.(SCI,二区, IF2023: 4.2)
(5) Zhao XW1,Cao YH1, Shao LT, Zhang J, Cui J, Shu J, Wang JL, Huang MJ, Gao JH, Wang XC, Li XK, Xing GF, Hou SY, Jiang YW*, Han YH*. Integration of genome-wide association and genomic prediction for dissecting seed protein and amino acid in foxtail millet.Field Crops Research, 2024, 310: 109344.(SCI,一区top,IF2025: 6.4)
(6)Cao YH, Zhao XW, Liu YJ, Wang YL, Wu WM, Jiang YW, Liao CJ, Xu XX, Gao SB, Shen YO, Lan H, Zou CY, Pan GT, Lin HJ*. Genome-wide identification ofZmHMAsand association of natural variation inZmHMA2andZmHMA3with leaf cadmium accumulation in maize.Peer J, 2019, 7: e7877.(SCI,三区, IF: 3.06)
(7) Hu JP, He YY, Li JH, Lü ZL, Zhang YW, Li YH, Li JL, Zhang MX,Cao YH, Zhang JL*. Planting halophytes increases the rhizosphere ecosystem multifunctionality via reducing soil salinity.Environmental Research, 2024: 119707.
(8)Zhao XW1, Luo LX1,Cao YH1, Liu YJ, Li YH, Wu WM, Lan YZ, Jiang YW, Gao SB, Zhang ZM, Shen YO, Pan GT and Lin HJ. Genome-wide Association Analysis and QTL Mapping Reveal the Genetic Control of Cadmium Accumulation in Maize Leaf.BMC genomics,2018,1:308-314.
(9) Zhang MX, Hu JP, Boamah S, Lü ZL,Cao YH, Chu MJ, Duan TX,Rensing C, Zhang JL*. Characterization and application of highly effective rhizobia isolated from Medicago ruthenica in alpine grassland.Grassland Research, 2025, 4(3), 235-248.
本研究小组秉承“学以事人、教以授道、研以惠民”的杂粮分子育种团队宗旨,长期招募本科生和研究生开展相关课题研究,有意者可通过上述联系方式联系。