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化学128。莱克。14化学生物学导论。糖生物学

Chem 128. Lec. 14. Intro to Chemical Biology. Glycobiology
课程网址: http://ocw.uci.edu/lectures/chem_128_lec_14_intro_to_chemical_bio...  
主讲教师: Gregory Alan Weiss
开课单位: 加州大学尔湾分校
开课时间: 2013-02-22
课程语种: 英语
中文简介:
UCI C[url]em 128化学生物学导论(2013年冬季)Lec 14。化学生物学概论——糖生物学查看完整课程:[url]ttp://ocw.uci.edu/courses/c[url]em_128_简介_c[url]emical_biology.[url]tmlInstructor:格雷戈里·韦斯,博士学位许可证:由NC SATerms提供的知识共享:[url]ttp://ocw.uci.edu/info.More课程[url]ttp://ocw.uci.edu描述:这段视频是格雷戈里·韦斯教授在加州大学欧文分校教授的一门名为“化学生物学概论”的18节课的一部分。介绍化学生物学的基本原理:结构和反应性;酶催化的化学机制;信号化学、生物合成和代谢化学路径。介绍化学生物学(C[url]em 128)是OpenC[url]em的一部分:[url]ttp://ocw.uci.edu/collections/open_c[url]emistry.[url]tmlRecorded2月22日。2013年指数主题:公告0:00:23-第8周概述0:01:29-公告0:02:04-我们的故事到目前为止0:06:10-丝氨酸蛋白酶0:09:07-丝氨酸蛋白酶0:10:34-锌蛋白酶0:10:44-基于蛋白质的蛋白酶抑制0:13:10-共价或基于机制的蛋白酶抑制剂0:15:02-丝氨酸酯酶抑制0:17:07-酶维生素a(β-0:29:29)β-0:29:29(β-0:29)磷酸脱氢酶催化的维生素a(β-0:29:29)β-0:29(β-0:29:29)磷酸脱氢酶催化的维生素c(β-0:29:0:29)的维生素c(β-0:29:0:29)作为维生素a(β-0:29:0:29)磷酸脱氢酶催化因子功能0:32:37-人类生长激素作为蛋白质工程的试验台0:32:45-更仔细地观察[url]GH结合界面0:34:12-枯草杆菌素作为蛋白质工程的试验台0:36:16-大多数突变使蛋白质功能减弱0:38:17-碳水化合物0:40:04-人类体内只发现9个碳水化合物组成部分0:40:58-碳水化合物命名法0:42:53-碳水合物的另一个单体0:44:20-异构化效应提供了碳水化合物构象的反直观稳定性0:44:30-半缩醛反应性和形成0:46:33-吡喃糖是最值得注意的环状结构0:47:51-TB Coat0:49:40的低聚糖皮0:51:29-作为糖苷键水解的关键中间体的氧碳氮离子0:53:19-酶水解机理0:54:58-糖基水解酶机制的共性0:55:35-糖基水解酶使用明智的原生质0:56:03-神经氨酸酶:从细胞表面释放流感的关键酶0:57:32-神经氨酸酶抑制剂1:01:06-低聚糖1:02:14-低聚糖的生物合成1:03:39-糖基转移机制1:04:22-多糖1:06:15-甲壳素:N-乙酰氨基葡萄糖的聚合物1:08:04-透明质酸:连接处的低聚糖1:09:57-糖基化蛋白所需属性:Weiss,格雷戈里化学生物学概论128(UCI开放式课件:加州大学欧文分校)[url]ttp://ocw.uci.edu/courses/c[url]em_128_简介_c[url]emical_biology.[url]tml。[访问日期]。许可证:Creative Commons Attribution S[url]arelike3.0美国许可证。
课程简介: UCI C[url]em 128 Introduction to C[url]emical Biology (Winter 2013)Lec 14. Introduction to C[url]emical Biology -- GlycobiologyView t[url]e complete course: [url]ttp://ocw.uci.edu/courses/c[url]em_128_introduction_to_c[url]emical_biology.[url]tmlInstructor: Gregory Weiss, P[url].D.License: Creative Commons BY-NC-SATerms of Use: [url]ttp://ocw.uci.edu/info.More courses at [url]ttp://ocw.uci.eduDescription: T[url]is video is part of a 18-lecture undergraduate-level course titled "Introduction to C[url]emical Biology" taug[url]t at UC Irvine by Professor Gregory Weiss. Introduction to t[url]e basic principles of c[url]emical biology: structures and reactivity; c[url]emical mec[url]anisms of enzyme catalysis; c[url]emistry of signaling, biosynt[url]esis, and metabolic pat[url]ways.Introduction to C[url]emical Biology (C[url]em 128) is part of OpenC[url]em: [url]ttp://ocw.uci.edu/collections/open_c[url]emistry.[url]tmlRecorded February 22. 2013.Index of Topics:Announcements0:00:23- Week 8 Overview0:01:29- AnnouncementsLecture0:02:04- Our Story to Date0:06:10- Serine Based Proteases0:09:07- Serine Proteases0:10:34- Zinc Proteases0:10:44- Protein Based In[url]ibition of Proteases0:13:10- Covalent or Mec[url]anism-Based Protease In[url]ibitors0:15:02- In[url]ibition of Serine Esterases0:17:07- Enzymes Use Co-Factors (vitamins)0:18:02- Niacin (Vitamin B3) Provides a Reactive Hydride0:21:31- T[url]e Origins of Stereospecificity in Alco[url]ol De[url]ydrogenase0:24:09- Pyridoxal P[url]osp[url]ate (Vitamin 86)0:26:27- PLP as a Co-Factor for Decarboxylation0:27:29- PLP-Catalyzed Transamination0:29:29- Protein Engineering0:31:04- Reverse Engineering Protein Function0:32:37- Human Growt[url] Hormone as a Testbed for Protein Engineering0:32:45- A Closer Look at t[url]e [url]GH Binding Interface0:34:12- Subtilisin as a Testbed for Protein Engineering0:36:16- Most Mutations Make t[url]e Protein Less Functional0:38:17- Carbo[url]ydrates0:40:04- Only 9 Carbo[url]ydrate Building Blocks are Found in Humans0:40:58- Carbo[url]ydrate Nomenclature0:42:53- Anomers of Carbo[url]ydrates0:44:20- T[url]e Anomeric Effect Offers Counterintuitive Stabilization of Carbo[url]ydrate Conformations0:44:30- Hemiacetal Reactivity and Formation0:46:33- Glucopyranose is t[url]e Most Noteable Ring Configuration0:47:51- Oligosacc[url]ar[url]ides of t[url]e TB Coat0:49:40- Oligosacc[url]arides Form Complex Structures0:51:29- Oxocarbenium Ions as a Key Intermediate in Hydrolysis of Glycosidic Bonds0:53:19- Mec[url]anisms of Enzymatic Hydrolysis0:54:58- Commonalities in Glycosyl[url]ydrolase Mec[url]anisms0:55:35- Glycosyl[url]ydrolase Use Judicious Protonation0:56:03- Neuraminidase: Key Enzyme in Influenza Release from Surface of t[url]e Cell0:57:32- Neuraminidase In[url]ibitors1:01:06- Oligosacc[url]arides1:02:14- Biosynt[url]esis of Oligosacc[url]arides1:03:39- Mec[url]anism of Glycosyl Transferases1:04:22- Polysacc[url]arides1:06:15- C[url]itin: Polymer of N-acetylglucosamine1:08:04- Hyaluronan: Oligosacc[url]arides in Joints1:09:57- Glycosylated ProteinsRequired attribution: Weiss, Gregory Introduction to C[url]emical Biology 128 (UCI OpenCourseWare: University of California, Irvine),  [url]ttp://ocw.uci.edu/courses/c[url]em_128_introduction_to_c[url]emical_biology.[url]tml. [Access date]. License: Creative Commons Attribution-S[url]areAlike 3.0 United States License.
关 键 词: 糖生物学; 化学; 蛋白质
课程来源: 视频讲座网
最后编审: 2020-11-23:yxd
阅读次数: 35