2.3De novo design protein to obtain new function (understand)
基于从头设计获得蛋白质的新功能 (理解)
2.4Case studies: computational designed proteins for therapeutic applications (student presetation) (familiar)
案例分析:基于计算机设计蛋白质用于疾病治疗 (学生讲述)(了解)
3.Function-based protein engineering (Huang)
基于功能的蛋白质工程 (黄老师)
3.1Life cycle of filamentous phage and phage display method (understand)
丝状噬菌体生命周期与噬菌体展示技术 (理解)
3.2Detail function of commonly used puromycin, mRNA display and in vitro evolution. (understand)
Puromycin 的详细功能,mRNA 展示技术与体外进化 (理解)
3.3Case study: use mRNA display to screen for specific kinetics of antibody (student presentation) (familiar)
案例分析:用 mRNA 展示技术筛选抗体的动力学特性 (学生讲述)(了解)
3.4Case study: filamentous-based screening of protein mutants via in vivo evolution (student presentation) (familiar)
案例分析:基于丝状噬菌体的蛋白质突变体筛选和体内进化 (学生讲述)(了解)
Key and difficulty: From the historical scientific questions and technical availability, how did the inventors come up with
the solution? It is more critical and difficult than merely understand the technology itself
重点、难点:本课程在每一个模块中,都要求学生根据历史上的科学问题和现有的技术,发明家们如何原创性地发展这些
重大方法的?这个比仅仅理解方法本身对学生的科学训练更重要。
实验课部分:Part III: Advanced biotechnology Laboratory ( 32 hrs, Yu Chunhong)
第三部分: 现代生物技术实验 (32 学时,余春红老师)
1.Lecture on RNAi technology (4hours)
RNAi 技术讲座 (4 学时)
2.SiRNA design(4hours)
SiRNA 设计(4 学时)
3.Oral presentation(4hours)
学生讲述(4 学时)