来源:mg真人在线 发布时间 :2019-05-27  阅读次数 :3823

主讲人:孙飞 助理教授(香港科技大学化学与生物工程学系)

报告时间:2019年6月3日 下午2:00-4:30






孙飞教授,2007年本科毕业于北京大学化学学院;2007-2012年就读于芝加哥大学化学系获博士学位;2012-2014年于加州理工进行博士后研究,师从Frances H. Arnold (2018年诺贝尔化学奖得主),学习定向进化及蛋白质工程;2014年获聘为香港科技大学博导与助理教授。近年来在合成生物学、可基因编码点击化学及蛋白质材料领域做出了开创性的工作,曾获得芝加哥生物医学联盟学者奖及Everett E. Gilbert有机化学奖,被英国皇家化学会选为MSDE 2020 Emerging Investigator。



A central question facing the bottom-up approach for material design is how to faithfully transfer the function at the molecular level to the material properties at the macroscopic level. In the past years, there has been a growing trend of designing materials with dynamically tunable properties, which necessitate a new level of control over macromolecular system design and engineering. Although natural evolution has led to the creation of a vast number of protein molecules with extraordinary structural and functional diversity, such an ecological diversity has yet to be fully utilized to create functional materials with dynamic properties. Taking advantage of some emerging synthetic biology tools and principles, we focus on the strategies that enable the assembly of engineered protein molecules into functional macroscopic materials for a variety of applications ranging from regenerative medicine to environmental remediation.