海峡生命科学前沿论坛第131讲(2019.6.14)-towards the understanding of the simplest yet a sophisticated organism, potato spindle tuber viroid


 来源: 福建农林大学(新版)  发布时间: 2019-06-10  作者:  创建部门: 福建农林大学(新版)  
 

报告地点:植物免疫研究中心会议室(诚智楼c栋四层403

报告时间:20190614日   1000

主办单位:海峡联合研究院植物免疫研究中心

作物科学学院

      报告题目:towards the understanding of the simplest yet a sophisticated organism, potato spindle tuber viroid

人:王颖, assistant professor, the mississippi state university

介:

b.s. (2004), college of biological sciences, wuhan university, china

ph.d. (2010), department of plant cellular & molecular biology, ohio state university, usa

postdoctoral researcher (2010-2016), department of molecular genetics, ohio state university, usa

assistant professor (2017-now), department of biological sciences, mississippi state university, usa

主要研究方向:

1. use viroids as a model to understand plant response to infectious rnas; 2. use viroids as a model to understand cellular machinery for rna-templated transcription by dna-directed rna polymerase ii; 3. understanding noncoding rna-based gene regulatory network in tomato plants.

近期代表性论文:

jiang j, ma j, liu b, wang y. 2019. combining a simple method for dna/rna/protein co-purification and arabidopsis protoplast assay to facilitate viroid research. viruses. 11:e324.

jiang j, smith hn, ren d, dissanayaka mudiyanselage sd, dawe al, wang l, wang y. 2018. potato spindle tuber viroid modulates its replication through a direct interaction with a splicing regulator. j. virol. 92:e01004-18.

wang y†, zirbel cl†, leontis nb†, ding b. 2018. rna three-dimensional structural motifs as a critical constraint of viroid rna evolution. plos pathog. 14:e1006801. (†: correspondence authors)

wang y†, qu j, ji s, wallace aj, wu j, li y, gopalan v, ding b. a land plant-specific transcription factor directly enhances transcription of a pathogenic noncoding rna template by dna-dependent rna polymerase ii. plant cell 28:1094-1107. (†: the correspondence author)  

wang y, itaya a, zhong x, wu y, zhang j, van der knaap e, olmstead r, qi y, ding b. 2011. function and evolution of a microrna that regulates a ca2+-atpase and triggers the formation of phased small interfering rnas in tomato reproductive growth. plant cell 23:3185-3203. (journal-featured article)


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