何琳燕

教授博士生导师

个人信息

所在单位：生命科学学院
学历：博士研究生毕业
学位：理学博士学位

联系方式

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研究方向

微生物发酵与生物修复菌剂研发、环境微生物学与植物-微生物联合修复重金属污染土壤技术、矿物-微生物-植物相互作用、多金属矿区细菌生物多样性

科研论文

当前位置: 中文主页 - 科学研究 - 科研论文

Sun Lijing,Sheng Qi,Ge Yanyan,He Linyan,Sheng Xiafang.The quorum sensing SinI/R system contributes to cadmium immobilization in Ensifer adhaerens NER9 in the cadmium-contaminated solution,JOURNAL OF HAZARDOUS MATERIALS,2024,470(参与作者)
Ge Yanyan,Sheng Qi,Sun Lijing,He Linyan,Sheng Xiafang.The quorum sensing SinI/SinR-TraI/TraR systems promote Pb stabilization by Ensifer adhaerens S24 in the Pb-polluted aquatic environment,JOURNAL OF HAZARDOUS MATERIALS,2024,478(参与作者)
王远丽,董文,何琳燕,盛下放.Pseudomonas azotoformans F77和Pseudomonas paracarnis P1风化黑云母的效应及机制比较,微生物学报,2024,(参与作者)
Wang Yuanli, Dong Wen, Chu Lingfeng, Zhao Hui, He Linyan, Sheng Xiafang.A combination of proteomics, genetics, and physiology provides insights into the acid-tolerance phenotype of Pseudomonas pergaminensis F77,MICROBIOLOGICAL RESEARCH,2024,278:-(共同通讯作者)
Xiong Zhihui,Sheng Qi,Wen Zhenyu,Chen Lei,He Linyan,Sheng Xiafang.Deletion of pyoverdine-producing pvdA increases cadmium stabilization by Pseudomonas umsongensis CR14 in cadmium-polluted solutions,JOURNAL OF HAZARDOUS MATERIALS,2024,479(共同通讯作者)
Sheng Qi, Li Lei, Dong Wen, He Linyan, Sheng Xiafang.Impact of the Iron-Response Regulator Genes on the Release of Iron and Aluminum from Biotite by Rhizobium pusense S41,GEOMICROBIOLOGY JOURNAL,2024,:-(共同通讯作者)
Sheng Qi, Li Lei, Dong Wen, He Linyan, Sheng Xiafang.Impact of the Iron-Response Regulator Genes on the Release of Iron and Aluminum from Biotite by Rhizobium pusense S41,GEOMICROBIOLOGY JOURNAL,2024,:-(共同通讯作者)
Wang Yuanli, Dong Wen, He Linyan, Sheng Xiafang.Distinct biotite weathering effects and mechanisms of Pseudomonas azotoformans F77 and Pseudomonas paracarnis P1,微生物学报,2024,(参与作者)
高蓉蓉,邓雪婷,吴炜顺,盛下放,何琳燕.一株光合细菌的筛选及促进苦草生长的特性,生态与农村环境学报,2023,39(2023年03期):360-368(通讯作者)
Ge Yanyan,Wen Zhenyu,He Linyan,Sheng Xiafang.Metal-immobilizing Pseudomonas taiwanensis WRS8 reduces heavy metal accumulation in Coriandrum sativum by changing the metal immobilization-related bacterial population abundances,ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH,2023,(参与作者)

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