단백질공학 특강 - 서울대학교 | KOCW 공개 강의

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단백질공학 특강

서울대학교
로마스 카즐라우스커스

페이스북 트위터 카카오톡 네이버밴드 링크복사

주제분류

자연과학 >생물ㆍ화학ㆍ환경 >생명공학
등록일자

2009.10.20

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5,297

Overview of current goals and methods to improve proteins for industrial applications, including rational design, directed evolution and combined methods. Students will critically evaluate research papers on enzyme engineering and identify unsolved technical and theoretical problems in the field.

Molecular basis of the catalytic power of enzymes

차시별 강의

1.		1. Introduction, Biocatalysis & Green Chemistry 2. Measuring Enzyme Stability & Reaction Rates	1. Introduction, Biocatalysis & Green Chemistry 2. Measuring Enzyme Stability & Reaction Rates
		1. Introduction, Biocatalysis & Green Chemistry 2. Measuring Enzyme Stability & Reaction Rates	1. Introduction, Biocatalysis & Green Chemistry 2. Measuring Enzyme Stability & Reaction Rates
2.		1. Measuring Enzyme Selectivity 2. Measuring Other Goals of Enzyme Engineering	1. Measuring Enzyme Selectivity 2. Measuring Other Goals of Enzyme Engineering
		1. Measuring Enzyme Selectivity 2. Measuring Other Goals of Enzyme Engineering	1. Measuring Enzyme Selectivity 2. Measuring Other Goals of Enzyme Engineering
		1. Measuring Enzyme Selectivity 2. Measuring Other Goals of Enzyme Engineering	1. Measuring Enzyme Selectivity 2. Measuring Other Goals of Enzyme Engineering
		1. Measuring Enzyme Selectivity2. Measuring Other Goals of Enzyme Engineering	1. Measuring Enzyme Selectivity 2. Measuring Other Goals of Enzyme Engineering
3.		1. Looking at protein structures 2. Molecular basis of enzyme stability	1. Looking at protein structures [vocabulary 1] 2. Molecular basis of enzyme stability
		1. Looking at protein structures 2. Molecular basis of enzyme stability	1. Looking at protein structures [vocabulary 1] 2. Molecular basis of enzyme stability
		1. Looking at protein structures 2. Molecular basis of enzyme stability	1. Looking at protein structures [vocabulary 1] 2. Molecular basis of enzyme stability
		1. Looking at protein structures 2. Molecular basis of enzyme stability	1. Looking at protein structures [vocabulary 1] 2. Molecular basis of enzyme stability
4.		1. Looking at protein structures 2. Molecular basis of enzyme stability	1. Looking at protein structures [vocabulary 1] 2. Molecular basis of enzyme stability
5.		Molecular basis of enzyme selectivity	Molecular basis of enzyme selectivity [revised paper 1 due]
		Molecular basis of enzyme selectivity	Molecular basis of enzyme selectivity [revised paper 1 due]
		Molecular basis of enzyme selectivity	Molecular basis of enzyme selectivity [revised paper 1 due]
		Molecular basis of enzyme selectivity	Molecular basis of enzyme selectivity [revised paper 1 due]
6.		Molecular basis of the catalytic power of enzymes	Molecular basis of the catalytic power of enzymes [vocabulary 2] [homework 1 due]
		Molecular basis of the catalytic power of enzymes	Molecular basis of the catalytic power of enzymes [vocabulary 2] [homework 1 due]
		Molecular basis of the catalytic power of enzymes	Molecular basis of the catalytic power of enzymes [vocabulary 2] [homework 1 due]
7.		Molecular basis of the catalytic power of enzymes	Molecular basis of the catalytic power of enzymes [vocabulary 2] [homework 1 due]
8.		Enzyme modeling using molecular mechanics	Enzyme modeling using molecular mechanics [revised paper 1 due]
		Enzyme modeling using molecular mechanics	Enzyme modeling using molecular mechanics [revised paper 1 due]
		Enzyme modeling using molecular mechanics	Enzyme modeling using molecular mechanics [revised paper 1 due]
9.		Enzyme modeling using molecular dynamics and quantum mechanics	Enzyme modeling using molecular dynamics and quantum mechanics
		Enzyme modeling using molecular dynamics and quantum mechanics	Enzyme modeling using molecular dynamics and quantum mechanics
10.		Enzyme modeling using molecular dynamics and quantum mechanics	Enzyme modeling using molecular dynamics and quantum mechanics
		Enzyme modeling using molecular dynamics and quantum mechanics	Enzyme modeling using molecular dynamics and quantum mechanics

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