专栏名称: 植物科学最前沿
致力于分享和交流植物科学研究方法、学术成果,努力构建中国植物科学研究共同体和最专业的植物科学学术传播平台。
目录
相关文章推荐
艾邦高分子  ·  邀请函:3D打印与鞋业应用创新论坛(3月28 ... ·  13 小时前  
艾邦高分子  ·  宝理塑料推出新型环保LFT,重量更轻、刚度更 ... ·  13 小时前  
艾邦高分子  ·  【邀请函】2025可持续环保材料论坛(5月2 ... ·  昨天  
重庆晨报  ·  被曝更衣室有摄像头,医院回应 ·  2 天前  
重庆晨报  ·  被曝更衣室有摄像头,医院回应 ·  2 天前  
高分子科技  ·  浙江大学王立教授/俞豪杰教授团队 ... ·  4 天前  
51好读  ›  专栏  ›  植物科学最前沿

招聘 | Postdoctoral Position in Plant Biology

植物科学最前沿  · 公众号  ·  · 2024-04-08 17:04

正文

Postdoctoral Position in Plant Biology

University of South Carolina, Columbia, USA

A postdoc position is available in the group of Dr. Zhengqing Fu at the University of South Carolina, Columbia. The area is molecular plant-pathogen interactions with a focus on salicylic acid signaling. Previous work identified the first mono-ADP-ribosyltransferase called HopU1 in plants or plant pathogens (Fu et al., 2007. Nature 447: 284). HopU1, as a type III effector from the plant bacterial pathogen Pseudomonas syringae , targets RNA-binding proteins to suppress plant defense. It was reported that NPR3 and NPR4 function as the salicylic acid receptors in plants (Fu et al., 2012. Nature 486: 228). The research projects focus on two topics: how plants activate salicylic acid-mediated immunity against pathogen infection ( Chen et al., 2021, Science Advances 7: eabl7173 , Chang et al., 2019. Molecular Plant 12: 678 and Chen et al, 2019. Plant Physiology DOI:10.1104/pp.19.00124) and how plant pathogens modify salicylic acid pathway to cause diseases (Qi et al., 2018. Molecular Plant 11: 1427). Recently, we discovered that salicylic acid promotes the interaction between NPR1 and the P . syringae type III effector AvrPtoB. AvrPtoB mediates the degradation of NPR1 via the 26S proteasome dependent on its E3 ligase activity to subvert plant immunity (Chen et al., 2017. Cell Host & Microbe 22: 777). We are seeking to recruit a creative and motivated person to fill this position. The incumbent is expected to develop innovative approaches to address fundamental questions in salicylic acid signaling and/or molecular plant-pathogen interactions. We are part of an interactive plant group of internationally recognized faculty. Columbia is located in the Midlands of South Carolina only two to three hours away from the Appalachian Mountains and the beautiful Atlantic coastline. The position is available for up to three years, depending on performance.

Qualifications:

A PhD degree in Plant Biology, Plant Pathology, Biochemistry, or a closely related field. A solid publication record, strong oral and written communication skills, and excellent molecular biology techniques.

How to apply:

Please send a description of current and past research experience, research interests and future goals, a list of technical expertise, a CV, and e-mail addresses and phone numbers of at least two references to Zhengqing Fu at [email protected] . The postdoctoral position is initially available for three years with the possibility of extension. Please check the Fu lab website at https://fubiolab.weebly.com/ or Zhengqing Fu - Department of Biological Sciences | University of South Carolina for more details. Applications will be considered until the position is filled. The University of South Carolina is an Equal Opportunity/Affirmative Action employer.









请到「今天看啥」查看全文