教育經曆:

2007 - 2012，博士，生物學，杜克大學
2003 - 2007，學士，生物技術，複旦大學

工作經曆:

2018 - 至今，研究員，beat365官方网站，生命科學聯合中心
2014 - 2018，助理教授，愛荷華州立大學
2013 - 2014，博士後，杜克大學

執教課程:

本科生課程：網絡科學和系統生物學基礎，01132683，每年秋季學期
研究生課程：文獻和生物網絡構建與分析，01108171，每年秋季學期
研究生課程：現代生物學基礎(一)，08406002，每年秋季學期
研究生課程：生命科學實驗基礎，08409018，每年秋季學期

      　　　　在基礎研究方面，主要緻力于闡明植物中應激顆粒的形成機制、生物學功能和進化學意義。應激顆粒是一種重要的轉錄後和翻譯調控方式。對哺乳動物細胞的研究表明，應激顆粒與神經退行性疾病、腫瘤凋亡、病毒侵染、免疫、炎症反應等密切相關。然而，應激顆粒在植物中的功能有待解析。本實驗室綜合運用細胞生物學、分子生物學、蛋白質組學、基因組學和生物信息學等手段發現了植物誘導應激顆粒形成的分子學機制、解析了植物應激顆粒的蛋白組分并對其生物學功能進行了探索。
　　　　在作物研究方面，主要關注大豆根系生物鐘與大豆孢囊線蟲互作的分子機理。近年來對于植物生物鐘的深入研究确立了其在拮抗葉片病原體中的關鍵作用。而對于植物生物鐘和根系病原體之間的互作知之甚少。因此解析植物根系生物鐘與孢囊線蟲之間的互作及相關信号轉導途徑将填補這一重要的空白。孢囊線蟲是目前限制大豆産量最主要的病蟲害。每年在全球造成數十億美元的經濟損失。對于孢囊線蟲與大豆根系生物鐘互作機理的理解将有助于發現拮抗孢囊線蟲新的生物靶标。

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