题 目：Synthetic Biology Approaches toward Diverse Protein-Based Materials 报告人：Prof. Fei SUN Department of Chemical and Biological Engineering, the Hong Kong University of Science and Technology 地 点：太阳成集团仙林校区太阳集团tcy8722H201蒋雯若报告厅 时 间：2017年9月29日（周五）上午 10:00 邀请人： 曹毅 教授、张艳 教授 A central question facing the bottom-up approach for material design is how to transfer the function at a 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. These 'smart' materials necessitate a new level of control over the structural and functional properties of macromolecules as well as their interactions with external stimuli. While 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 design and create functional materials with dynamic properties. Taking advantage of synthetic biology tools, we focus on the strategies that enable the direct assembly of genetically engineered protein molecules into functional macroscopic materials for a variety of applications ranging from regenerative medicine to environmental remediation. 太阳成集团物理公司 太阳集团tcy8722 |