科研项目：
1．大豆疫霉菌游动孢子对根系分泌物响应与其对寄主选择性的关系（31370449），主持，国家自然科学基金面上项目，2014年1月-2017年12月；
2．大豆疫霉对寄主、非寄主根分泌物中信号分子的差异性应答机制（31670444），主持，国家自然科学基金面上项目，2017年1月-2020年12月；
3．大豆及花生化肥农药减施技术集成研究与示范（2018YFD020100405），主持，国家重点研发计划子课题，2018年7月-2020年12月；
4．非寄主种子/根分泌物中抑制性信号分子挖掘及其对大豆疫霉的信号作用机制（32071637），主持，国家自然科学基金面上项目，2021年1月-2024年12月
论文著作：
1.Xiangqi Bi, Zhuoqun Zhang, Xiuming Du, Haixu Liu, Tai An, Yifan Zhao, Yufei Chen,Jingzhi Wen. Isoflavone phytoalexins in root exudates participate in mediating the resistance of common beanPhaseolus vulgaristoPhytophthora sojae.Plant Pathology2023,72:120-129.(中科院二区，2.772)
2.Xiangqi Bi,Guangmei Song,Han Yu, Zhuoqun Zhang,Haixu Liu,Zhiyue Yang,Yufei Chen,Jingzhi Wen. Changes in biochemistry and cellular ultrastructure support different resistance mechanisms toPhytophthora sojaein nonhost common bean and host soybean.Plant Pathology 2022,71:917-926.(中科院二区，2.772)
3.Zhuoqun Zhang,Yifan Zhao, Tai An, Han Yu, Xiangqi Bi,Haixu Liu,Ying Xu, Zhiyue Yang,Yufei Chen,Jingzhi Wen. Maize and common bean seed exudates mediate part of nonhost resistance toPhytophthora sojaeprior to infection. Phytopathology 2022,112:335-344.(中科院二区，4.010)
4.Haixu Liu, Han Yu, Zhuoqun Zhang, Xiangqi Bi, Zhiyue Yang, Yufei Chen, Xin Gu,Jingzhi Wen. The adaptability ofPhytophthora sojaeto different types of soil determines the distribution of Phytophthora root rot of soybean in Heilongjiang Province of China.European Journal of Plant Pathology2022,162:93-104.(中科院三区，2.224)
5.Xinying Gao, Haixu Liu, Han Yu, Zhuoqun Zhang, Xiangqi Bi, Yifan Zhao, Tai An, andJingzhi Wen. Combination of developmental behaviors and transcriptome reveals differential response mechanisms ofPhytophthora sojaeto aspartic acid and glucose in seed exudates.Phytopathology2022,112:620-629.(中科院二区，4.010)
6.Haixu Liu, Tai An, Yifan Zhao, Xiuming Du, Xiangqi Bi, Zhuoqun Zhang, Yufei Chen,Jingzhi Wen. Benzoxazines in the root exudates responsible for nonhost disease resistance of maize toPhytophthora sojae.Phytopathology2022, 112:1537-1544.(中科院二区，4.010)
7.Zhuoqun Zhang,Xiangqi Bi,Xiuming Du,Haixu Liu,Tai An,Yifan Zhao,Han Yu,Yufei Chen,Jingzhi Wen. Comparative metabolomics reveal the participation of soybean unique rhizosphere metabolites in susceptibility and resistance of soybean toPhytophthora sojae.Plant Soil 2022, 480:185-199.(中科院二区，4.993)
8.Zhuoqun Zhang, Yifan Zhao, Han Yu, Yufei Chen, Xin Gu,Jingzhi Wen. Pathotypes ofPhytophthora sojaeand their distribution in Jilin, China. Journal of Plant Pathology, 2021, 103:241-248.(中科院四区，2.643)
9.Xin Gu,Junjie Ding,Wei Liu,Xiaohe Yang,Liangliang Yao,Xuedong Gao,Maoming Zhang,Shuai Yang,Jingzhi Wen.Comparative genomics and association analysis identifies virulence genes ofCercospora sojinain soybean.BMC Genomics, 2020, 21:172.(中科院二区，4.547)
10.Zhuoqun Zhang,Haixu Liu,Xiangqi Bi,Han Yu,Ying Xu,Yufei Chen,Zhiyue Yang,Jingzhi Wen.Differential response ofPhytophthora sojaezoospores to soybean seed exudates provides evidence of seed exudates participate in host resistance.Plant Soil2020,452:601-614.(中科院二区，4.993)
11.Bai Y, Han S, Gao Y, Zhang W, Fan G, Qiu C, Nie X,Wen J. Genetic diversity of Potato virus Y in potato production areas in Northeast China. Plant Diease. 2019, 103 (2):289-297.(中科院二区，4.614)
12.ZhangZ,XuY,SongG,GaoX,ZhaoY,JiaM,ChenY,SuoB,ChenQ,WuD,WuW,Wen J.Phytophthora sojaezoospores differ in chemotaxis to the root and root exudates of host soybean and nonhost common bean.J Gen Plant Pathol.2019,85:201-210.(中科院四区，1.217)
13.Wen J, Zhang Z, Xu Y, Song G, Chen Y, Gao X, Zhao Y, Jia M, and Liang J. Differential response ofPhytophthora sojaeto seed exudates of host soybean and non-host maize. J Northeast Agric.Univ. (Eng. Edi.) 2019, 26 (3):1-8
14.ZhangW,ZhangZ,FanG,GaoY,Wen J,BaiY,QiuC,ZhangS,ShenY,MengX . Development and application of a universal and simplified multiplex RT-PCR assay to detect five potato viruses. J Gen Plant Pathol.2017,83:33-45.(中科院四区，1.217)
15.SuoB, ChenQ, WuW, WuD, TianM, JieY,ZhangB,Wen J. Chemotactic responses ofPhytophthora sojaezoospores to amino acids and sugars in root exudates. J Gen Plant Pathol.2016,82:142-148.(中科院四区，1.217)
16.TianM, ZhaoL, LiS, HuangJ, SuiZ,Wen J, LiY. Pathotypes and metalaxyl sensitivity ofPhytophthora sojaeand their distribution in Heilongjiang, China 2011-2015. J Gen Plant Pathol.2016,82:132-141.(中科院四区，1.217)
17.Zhao Li-ming, Li Shuang, Sui Zhe, Huang Jing, Chen Qiu-ming, Suo Bing, Ding Jun-jie, Liu Wei-ting, andWen Jing-zhi. Impact of crop rotation on pathotype and genetic structure ofPhythophthora sojaein fields. Journal of Northeast Agricultural University (English Edition).2016,23(2):1-11
18.SuoB,XiaoC,LinH,ChenQ,ZhaoL,TianM,SunQ,Wen J. Development of quantification bioassays for live propagules ofPhytophthora sojaein soil. J Gen Plant Pathol. 2015,81:271-278.(中科院四区，1.217)
19.Wen J,ChenQ,SunL,ZhaoL,SuoB,TianM.A SCAR marker specific for rapid detection of the avirulence gene Avr1cinPhytophthora sojae.J Gen Plant Pathol.2014,80(5):415-422.(中科院四区，1.217)
20.Wen Jingzhi,Li Yan,Li Yonggang,Yang Mingxiu,Shi Na,LiuWeiting.Gene differential expression ofPhytophthora sojaeduringsporangiumformation process.African Journal of MicrobiologyResearch,2012,6(41):6911-6917
21.Li Yonggang,Yang Mignxiu,Li Yan,Liu Wenwen,Wen Jingzhi,Li Yonghao.Differential gene and protein expression in soybean at early stages of incompatible interaction withPhytophthora sojae.Agricultural Sciences in China,2011,10(6):902-910
22.文景芝，高新颖，赵钰琦，于涵，张卓群，徐莹，宋光梅，陈宇飞，贾梦瑱，阴勃廷.寄主和非寄主种子分泌物中游离氨基酸和可溶性糖含量及其对大豆疫霉的作用.best365官网app下载学报2019, 50(5):1-7
23.宋光梅，徐莹，张卓群，陈宇飞，贾梦瑱，文景芝.非寄主和寄主种子分泌物对大豆疫霉活性的影响.植物保护学报2019, 46(4):730-737
24.文景芝，吴迪，陈宇飞，武文旭，所冰，高新颖，张卓群，徐莹，宋光梅.大豆疫霉对根分泌物中异黄酮、氨基酸和糖的响应.best365官网app下载学报2018, 49(2): 1-10
25.文景芝，徐莹，张卓群，宋光梅，陈宇飞，赵钰琦，高新颖，贾梦瑱，朱加楠.大豆种子分泌物对大豆疫霉发育行为的影响及其与品种抗病性关系.best365官网app下载报2018,49(10): 1-8
26.文景芝，张斌，田苗，揭岩，赵钰琦，高新颖，宫丽娟，顾鑫，丁俊杰，陈宇飞.黑龙江省东部大豆疫霉群体遗传多样性时空动态.best365官网app下载报2018,49(7): 1-7
27.武文旭，陈秋明，陈宇飞，吴迪，高新颖，赵钰琦，徐莹，张卓群，宋光梅，文景芝.大豆疫霉对寄主大豆和非寄主菜豆根及根分泌物的响应与其对寄主选择性的关系.微生物学通报2018,45(7): 1491-1499
28.白艳菊，韩树鑫，高艳玲，张威，范国权，邱彩玲，申宇，张抒，尚慧，聂先舟，文景芝.马铃薯 Ｙ病毒对不同马铃薯品种的致病力.西北农业学报2017,26(11):1713-1720
29.文景芝，揭岩，田苗，陈宇飞，张斌，丁俊杰，顾鑫，武文旭，吴迪，赵钰琦，高新颖.黑龙江省东部大豆疫霉群体结构及其时空动态.best365官网app下载学报2017,48(5):1-8
30.张威，白艳菊，文景芝，范国权，高艳玲，吕典秋，申宇，邱彩玲，张抒，袁红梅.马铃薯M病毒生物学特性研究.best365官网app下载学报2017,48(1): 1-6
31.陈秋明，肖彩霞，孙欠欠，文景芝.大豆疫霉Phytophthora sojae卵孢子在黑龙江省土壤中的越冬存活率.植物保护学报2015,42(1):72-78
32.陈秋明，肖彩霞，孙欠欠，文景芝.大豆疫霉Phytophthorasojae卵孢子在黑龙江省土壤中的越冬存活率，植物保护学报2015,42(1):72-78
33.所冰，崔人方，田苗，文景芝.土壤环境对大豆疫霉Phytophthora sojae卵孢子萌动的影响.植物保护学报2015,42( 3):370-375
34.所冰，崔人方，田苗，文景芝.土壤环境对大豆疫霉Phytophthorasojae卵孢子萌动的影响，植物保护学报2015,42(3):370-375
35.崔宏伟，孙剑萍，刘春燕，文景芝.烟草叶片接种野火病菌后蛋白质表达差异，植物保护2012(6):7-11
36.李丽珺，杨明秀，崔人方，宋传玲，文景芝.增强型绿色荧光蛋白基因转化大豆疫霉菌及其表达.植物保护学报2012(1):58-62
37.李爽，文景芝.黑龙江省土壤中大豆疫霉菌(Phytophthorasojae)的多样性.中国油料作物学报2012(4):425-432
38.孙龙，文景芝.大豆疫霉菌(Phytophthora sojae)无毒基因Avr1a、Avr1k及Avr3a的分子鉴定.微生物学通报2012, (10):1533-1539
39.姜翠兰，丁俊杰，文景芝，胡国华，陈庆山，刘春燕.大豆对灰斑病菌15号小种的抗病基因定位及标记检测.植物保护学报2011(2):116-120
40.李永刚，李岩，刘文文，杨明秀，文景芝.大豆与疫霉菌非亲和互作早期差异显示基因的表达分析.植物保护学报2011(5):413-418
41.文景芝,于涵,张卓群,毕湘琪,刘海旭,杨治月,宋光梅,张湘迪,唐宇,陈宇飞.种子分泌物中酚酸对大豆疫霉菌生长发育及游动孢子趋化性的影响.best365官网app下载学报2021,52(4): 11-19.
42.文景芝,赵钰琦,高新颖,张卓群,吴羚阁,贾梦瑱.大豆种子分泌物中蛋白质鉴定及其对大豆疫霉的趋化作用.best365官网app下载学报2020,51: 1-9.
