郑爱萍-ag凯发k8国际

 郑爱萍-ag凯发k8国际

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郑爱萍

时间:2021-09-30  来源:     点击数:


郑爱萍


学历/学位:博士 degree:doctor

职称/职务:教授 title:professor

硕导/博导:博导 category:doctor tutor

研究方向:植物保护学 research direction: plant protection

师资类型:教学科研 class of teachers: teaching and scientific research

邮箱: aipingzh@163.com;zhengaiping@sicau.edu.cn


主要从事有害生物可持续综合防控研究。四川省学术和技术带头人后备人选,四川省海外高层次留学人才,四川省杰出青年科技人才。先后主持和参加973计划,国家863计划,国家重大转基因专项,国家自然基金,国际科技合作项目(日本、孟加拉、伊朗)和重点研发等部省级课题20余项。在国内外重要刊物上发表sci论文80余篇,国家授权发明专利30余件,国家著作权1项,编写病虫害防治教材1部,审定水稻新品种8个,获省级科技成果鉴定2项。相关科研成果发表在nature communications,plant biotechnology journal,bmc biology,genomics等杂志。

教学及学生科研项目指导工作:

承担作物保护学,植物病理学前沿,现代植物病理学和现代昆虫学等课程。已指导毕业研究生39名,指导在读硕士研究生8名,博士研究生7名,巴基斯坦,加纳,尼泊尔和伊朗外籍留学生4名。指导在读本科毕业论文学生3名,科研兴趣小组学生6名。招收作物保护学,分子生物学方向的研究生。

主要研究方向:

重要基因资源的发掘与利用

有害生物与寄主互作

农作物病虫害绿色防控

主持及参与项目:

四川省科技厅重点研发项目,2019yfn0010,水稻抗纹枯病基因资源的搜集与利用,2019-2022,主持。

成都市重点研发支撑计划,2021-yf05-02326,高抗稻粒黑粉病高异交性水稻不育系材料在育种中的应用,2022-2023,主持。

四川省国际科技合作项目,20gjhz0062,水稻主要病害的抗性遗传因子的发掘及育种新标记的开发,2020-2022,参加。

四川省国际科技合作项目,22gjhz0024,伊朗优异作物种质资源搜集评价与利用,2021-2023,参加。

成都市国际科技合作项目,2021-gh02-00085-hz,水稻病害抗性遗传因子的发掘与利用,2022-2025,参加。

国家自然科学基金地区联合基金,u19a2033,四川盆地稻瘟病发生流行分子机理,2020-2023,参加。

科技部国家重大转基因专项,2016zx08-009-003-001-004,苏云金芽胞杆菌新型杀虫基因资源的发掘与应用,2008-2021,主持。

973前期研究专项,2014cb160304,水稻纹枯病关键致病分子机制研究,2014-2016,主持。

国家自然科学基金,31400130,水稻纹枯病菌诱导水稻程序化死亡的作用机制,2014-2017,主持。

四川省科技国际合作项目,2015hh0028,中国孟加拉水稻联合研究中心,2014-2017,主持。

国家863项目,2006aa10a103,水稻重要农艺性状基因克隆,2008-2010,主研。

四川省青年基金项目,06zq026-029,高抗水稻稻瘟病基因克隆和表达研究,2006-2008,主持。

国家863项目,2006aa02z189,苏云金芽胞杆菌新型杀虫基因的发掘,2006-2008,主持。

国家863项目,2002aa212151,高效杀虫、防病重组农用微生物的构建,2002-2006,主持。

科研成果及转化情况:

审定泰优1号,g优204等抗病水稻新品种8个。

科技成果鉴定2项:

“微生物源农作物杀虫新基因资源的挖掘和利用”(2019)

“苏云金芽孢杆菌杀虫新基因资源的发掘与应用”(2021)

科技成果转化2项。

发明专利:

水稻纹枯菌effector基因rsia_scr28及其应用,专利号:zl201910195823.7(2021)

水稻纹枯病菌effector基因rsia_np8及其应用,专利号:zl202010041231.2(2021)

一株苏云金芽孢杆菌新菌株及其应用,专利号:zl201410429774.6(2019)

苏云金芽孢杆菌hs18-1及其应用,专利号:zl200910081594.2(2015)

苏云金芽孢杆菌bm59-2及其应用,专利号:zl200910081598.0(2015)

一种bt蛋白cry68aa1其编码基因及应用,专利号:zl201110405127.8(2013)

一种bt蛋白cry69aa1其编码基因及应用,专利号:zl201110403674.2(2013)

一种bt蛋白cry70aa1其编码基因及应用,专利号:zl201110459669.3(2013)

一种bt蛋白cry71aa1基因其编码蛋白和应用,专利号:zl201310428864.9(2018)

一种bt蛋白cry72aa1其编码基因及应用,专利号:zl201310430487.2(2018)

近期发表学术论文:

(1) danhua zhang†,zhaoyilin wang†,naoki yamamoto†,mingyue wang,xiaoqun yi,ping li,runmao lin,zohreh nasimi,kazunori okada,keiichi mochida,yoshiteru noutoshi,aiping zheng*,secreted glycosyltransferase rsia_gt ofrhizoctonia solaniag-1 ia inhibits defense responses innicotiana benthamiana,pathogens,2022,11:1026.

(2) aijun wang†,li ma†,xinyue shu,yuqi jiang,juan liang,aiping zheng*,rice (oryza sativa l.) cytochrome p450 protein 716a subfamily cyp716a16 regulates disease resistance,bmc genomics,2022,23:343.

(3) aijun wang†,xinyue shu†,xin jing†,chengzhi jiao,lei chen†,jinfeng zhang†,li ma,yuqi jiang,naoki yamamoto,shuangcheng li,yueyang liang,ting zou,huainian liu,yubi huang,ping li*,aiping zheng*,identification of rice (oryza sativa l.) genes involved in sheath blight resistance via a genome-wide association study,plant biotechnology journal,2021,19,1553-1566.

(4) xinyue shu†,aijun wang†,bo jiang,yuqi jiang,xing xiang,xiaoqun yi,shuangcheng li,qiming deng,shiquan wang,jun zhu,yueyang liang,ting zou,ping li,aiping zheng*,genome-wide association studyandtranscriptome analysis discover new genes for bacterial leaf blight resistance in rice (oryza sativa l.),bmc plant biology,2021,21:255.

(5)xianyu niu,guijing yang,hui lin,yao liu,ping li,aiping zheng*,a novel, small cysteine-rich effector,rsscr10 inrhizoctonia solaniis sufficient to trigger plant cell death,front. microbiol.,2021,12: 684923.

(6) runmao lin,yuan xia,yao liu,danhua zhang,xing xiang,xianyu niu,aiping zheng*,comparative mitogenomic analysis and the evolution ofrhizoctonia solanianastomosis groups,front. microbiol.,2021,12:707281.

(7) aijun wang,yuqi jiang,xinyue shu,zhongping zha,desuo yin,yao liu,danhua zhang,deze xu,cheng zhi jiao,xiaomei jia,shuangcheng li,yueyang liang,ting zou,jianqing zhu,ping li,zaijun zhang*,aiping zheng*,genome-wide association study-based identification genes influencing agronomic traits in rice (oryza sativa l.),genomics,2021,1396-1406.

(8) hongwei sun,xing xiang,qiao li,hui lin,xiaolin wang,long luo*,aiping zheng*,comparative gen ome analysis ofbacillus thuringiensisstrain hd521 and hs18-1,scientifc reports,2021,11:16590.

(9) miaomiao wei,aijun wang,yao liu,li ma,xianyu niu,aiping zheng*,identification of the novel effec tor rsia_np8 inrhizoctonia solaniag1ia that induces cell death and triggers defense responses in non-host plants,front. microbiol.,2020,11:1115.

(10) aijun wang,zhongping zha,desuo yin,xinyue shu,li ma,ping li,aiping zheng*,comparative transcriptome analysis oftilletia horridainfection in resistant and susceptible rice (oryza sativa l.) male sterile lines reveals potential candidate genes and resistance mechanisms,genomics,2020,112:5214-5226.

(11) sohaib ismail,bo jiang,zohreh nasimi,minamul haq,naoki yamamoto,muhammad arshad,kumail abbas,aiping zheng*,investigation ofstreptomyces scabiescausing potato scab by various detection techniques, its pathogenicity and determination of host-disease resistance in potato germplasm,pathogens,2020,9760.

(12) aijun wang,linxiu pan,xianyu niu,xinyue shu,naoki yamamoto,shuangcheng li,qiming deng,jun zhu,yueyang liang,lingxia wang,ping li,aiping zheng*,comparative secretome analysis of different smut fungi and identification of plant cell death-inducing secreted proteins fromtilletia horrida,bmc plant biology,2019,19: 360.

(13) aijun wang,xinyue shu,xianyu niu,xiaoqun yi,aiping zheng*,transcriptome analysis and genome re-sequencing provide insights on rice kernel smut (tilletia horrida) pathogenicity,journal of plant pathology,2019.

(14) naoki yamamoto,yanran wang,runmao lin,yueyang liang,yao liu, jun zhu,lingxia wang,shiquan wang,qiming deng,shuangcheng li,ping li,aiping zheng*,integrative transcriptome analysis discloses the molecular basis of a heterogeneous fungal phytopathogen complex,rhizoctonia solaniag-1subgroups,scientific reports,2019,9:19626.

(15) jinfeng zhang,wenjuan zhao,shuangcheng li,qiming deng,shiquan wang,jun zhu,yueyang liang,ping li,aiping zheng*,comparison of gene co-networks reveals the molecular mechanismsof the rice (oryza sativa l.) response torhizoctonia solaniag1ia infection,functional & integrative genomics, 2018.

(16)jinfeng zhang,lei chen,shuangcheng li,qiming deng,shiquan wang,jun zhu,yueyang liang,ping li,aiping zheng*, comparativetranscriptomeanalyses ofgeneexpressionchangestriggered byrhizoctonia solaniag1-iainfection inresistant andsusceptiblericevarieties, frontiers in plant science, 2017, 8:1422.

(17)yuan xia,binghong fei,jiayu he,menglin zhou,danhua zhang,linxiu pan,shuangcheng li,yueyang liang,lingxia wang,jianqing zhu,ping li,aiping zheng*, transcriptome analysis reveals the host selection fitness mechanisms of therhizoctonia solaniag1ia pathogen, scientific reports, 2017, 7: 10120.

(18)aiping zheng#*,runmao lin#,danhua zhang,peigang qin,lizhi xu,peng ai,lei ding,yanran wang,yao liu,zhigang sun,haitao feng,rongtao fu,qiao li,qiming deng,shuangcheng li,shiquan wang,jun zhu,ping li*,the evolution and patho genic mechanisms of the rice sheath blight pathogen,nature communications,2013,2427.

(19)余宗兰,贺利业,孙宏伟,李平,郑爱萍*,苏云金芽胞杆菌杀虫晶体蛋白cry1d新基因克隆与特性,中国生物防治学报,2019,35.

(20)王爱军,王娜,顾思思,赵文娟,李平,郑爱萍*,我国水稻纹枯病菌的融合类群及致病性差异,草业学报,2018,27.

(21)周梦琳,夏园,刘尧,何嘉瑜,张丹华,郑爱萍*,水稻纹枯病菌无毒菌株基因组重测序及致病力相关基因分析,植物病理学报,2017,15.

(22)王爱军#,殷得所#,富蓉,盘林秀,江波,郑爱萍*,78个水稻不育系对稻粒黑病的抗性评价,植物病理学报,2017,15.8个水稻不育系对稻粒黑病的抗性评价,植物病理学报,2017,11-15.

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