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Hongwei Guo
H指数:53
被引数:1.4万
个人简介
A chair professor at the Department of Biology, SUSTech, and the director of the newly established Institute of Plant and Food Science (IPFS) at SUSTech. For the past 20 years, the scholar and their lab have devoted effort to plant molecular biology and genetics, making significant contributions to the understanding of plant ethylene signaling mechanisms, including the establishment of the protein degradation model and the RNA decay model for ethylene action. The group has revealed crosstalk mechanisms between ethylene and other phytohormones (auxin, JA, and GA) and environmental factors (light, salt, and other stresses). The lab has also achieved progress in the study of plant mRNA decay, gene silencing, and siRNA biology, reporting the potential post-transcriptional gene silencing (PTGS) risk of plant endogenous genes and discovering the bidirectional cytoplasmic RNA decay pathway in plants. Significant discoveries have been published in top peer-reviewed journals such as Cell, Nature, Science, PNAS, Plant Cell, and Current Biology.
教育背景
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工作经历
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荣誉奖项
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PTGS组分的功能性等位基因多样性通过高通量RUBY为基础的筛选揭示
Plant Journal
IF5.7
Nature Communications
IF15.7
作者更正：植物DCL4作用胜过DCL2的分子基础
Nature Plants
IF13.6
植物中的RNA调控
拟南芥DXO1和RNMT1介导的mRNA m7G加帽调控ABA响应
出版更正：植物DCL4作用机制的基础，其能够与DCL2竞争性抑制
Nature Plants
IF13.6
DRB4辅助的长RNA加工及DCL4介导的21核苷酸siRNA生物发生的分子基础
Nature Plants
IF13.6
植物DCL4作用优于DCL2的分子基础
Nature Plants
IF13.6
浓缩至意义：植物渗透感知的新路径
New Phytologist
IF8.1
多组学分析在皮肤衰老中的应用进展
Frontiers in Aging
IF4.3
小分子pifithrin-α通过失活ETR1来抑制拟南芥的避荫反应。
Science Advances
IF12.5
保护性冠状动脉旁路移植术可改善伴有冠状动脉口受累的急性A型主动脉夹层的外科手术结果
NATURE COMMUNICATIONS
IF15.7
PLANT JOURNAL
IF5.7
