Education Experience

2002-09 to 2006-07 | Bachelor  (College of Life Science, Nanchang University)

2006-09 to 2009-07 | Master (College of Life Science, Sichuan University)

2009-10 to 2013-05 | PhD (Discipline of Genetics, School of Molecular and Biomedical Science, University of Adelaide)

Work Experience

2013-06 to 2016-08 | Postdoctoral Fellow (Shanghai Center for Plant Stress Biology)

2016-08 to 2017-01 | Senior Research Associate (Shanghai Center for Plant Stress Biology)

2017-02 to present | Professor (College of Life Science, Nanchang University)

Sciencetific Research

Our group mainly focus on exploring the mode of action of regulatory noncoding RNA in plants. It consists of two aspects, longnoncoding RNA regulating Arabidopsis responses to drought stres, and miRNA regulating soybean responses to drought stress. Recently, we have systematicly unveiled the molecular mechansim of a series of drought associated long noncoding RNAs including ARTA, DANA1, DANA2 and so on. In addition, we also have developed new methods for studying the interaction between RNA and protein. Our research are supported by National Natural Science Foundation of China and Jiangxi Province Natural Science Foundation, and some of our findings have been published on Developmental Cell, Molecular Plant, EMBO Reports and STAR Protocols. Students who are interested in plant noncoding RNA are welcomed to contact Prof. Dong Wang.

• 2009-10-2013-05 PhD
• 2006-09-2009-07 Master
• 2002-09-2006-07 Bachelor

• [1] 2017-02-Present Professor Nanchang University
• [2] 2016-08-2017-01 Senior Research Associate Shanghai Center for Plant Stress Biology
• [3] 2013-06-2016-08 Postdoctoral Fellow Shanghai Center for Plant Stress Biolog

• [1]Mechanism of plant drought stress response regulated by a long noncoding RNA LRIDR1 and LIP1
• [2]Mechanism of plant drought stress response regulated by a root specific long noncoding RNA lincRNA9137
• [3]Mechanism of plant abscisic acid response regulated by a long noncoding RNA TE-lincRNA11195
• [4]Study on mechanism of DNA transfer from chloroplast to nuclear genome