EMI_醣類生物學—原理‧疾病及應用_Glycobiology - Principle, Disease and Application

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此課程只限校務資訊系統的學生修習

此課程只限定校務資訊系統學生修習

介紹

1st Week Sep05 Historical Background & Structural Diversity
2nd Week Sep12 Glycoconjugates I: Structure and Function of N-Glycan
3rd Week Sep19 Glycoconjugates II: Structure and Function of O-Glycan
4th Week Sep26 Glycoconjugates III:Structure and Function of Glycolipids
5th Week Oct03 Glycoconjugates IV: GPI anchor proteins & proteoglycans
6th Week Oct10 No class
7th Week Oct17 Midterm (40%)
8th Week Oct24 Glycosylation effect on Structure and Function
9th Week Oct31 Glycosylation on protein secretion and quality control
10th Week Nov07 Glycan recognition I: Cell adhesion
11th Week Nov14 Glycan recognition II: Cell signaling
12th Week Nov21 Oral Report on special topics of glycobiology (30%)
13th Week Nov28 Glycobiology of Plant, Bacteria and Virus
14th Week Dec05 Glycobiology and Development
15th Week Dec12 Glycobiology and Disease
16th Week Dec17 Oral Report on current advance in glycobiology(30%)

章節

* 以下章節為預覽,請點報名後點選開始上課,進入課程
  • 醣類生物學--歷史背景與結構多樣性
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|01-1 0912
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|01-2 0912
  • 醣類共軛物 II:O-醣鏈的結構與功能
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|02 1 0919
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|02 2 0919
  • 醣類共軛物 III:醣脂的結構與功能
  • 醣類共軛物 III:醣脂的結構與功能
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|03 1 0926
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|03 2 0926
  • 醣類共軛物V:GPI錨定蛋白與蛋白聚醣
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|04 1 1017
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|04 2 1017
  • 醣基化對結構與功能的影響
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|05-1 1024
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|05-2 1024
  • 醣基化對蛋白質分泌與品質控制的影響
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|06-1 1114
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|06-2 1114
  • 醣辨識 I:細胞黏附
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|07-1 1117
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|07-2 1117
  • 醣辨識 II:細胞訊號傳導
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|08-1 1128
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|08-2 1128
  • 植物、細菌與病毒的醣生物學
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|09-1 1205
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|09-2 1205
  • 醣生物學與發育
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|10-1 1212
    • ● NTHU Online Courses|醣類生物學 原理.疾病及應用|吳文桂老師|10-2 1212

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1. Introduction to Glycobiology (3rd Edition) (by Maureen E. Taylor Kurt Drickamer,Oxford) (2011)

2. Essentials of Glycobiology (4th Edition) (by Ajit Varki, Cold Spring Harbor, NY,USA: Cold Spring Harbor Laboratory Press) (2022) (NCBI download http://www.ncbi.nlm.nih.gov/bookshelf/br.fcgi?book=glyco2)

3. Assigned reading and review articles Grade: (I)Midterm(40%)、(II)Oral(60%)

講師

teacher Picture

吳文桂 Wen-Guey Wu

國立清華大學生命科學系 教授 | 查看講師

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EMI_醣類生物學—原理‧疾病及應用_Glycobiology - Principle, Disease and Application

<p><span style="font-family:'Times New Roman', Times, serif;font-size:medium;">細胞由DNA/RNA、蛋白質、脂質和碳水化合物等生物分子組成,以執行其功能,但我們對細胞結構與功能的理解主要集中在DNA/RNA與蛋白質上。然而,隨著基因剔除小鼠(knock-out mice)、小干擾RNA(siRNA)及質譜分析(MASS spectrometry)等技術的進步,情況逐漸改變,使得脂質組學(lipidomics)與醣組學(glycomics)的結構與功能研究成為可能。</span><br /></p><p data-start="197" data-end="367"><span style="font-family:'Times New Roman', Times, serif;font-size:medium;">在本課程中,我們將介紹相關的歷史背景,並探討數種在生物上具有重要意義的醣類共軛物(glycoconjugates),如N-醣鏈(N-Glycans)、O-醣鏈(O-Glycans)、糖鞘脂(Glycosphingolipids)、蛋白聚醣(Proteoglycans),以及最新發現的醣-RNA(glycol-RNA)的結構基礎與功能角色。</span></p><p data-start="369" data-end="409" data-is-last-node="" data-is-only-node=""><span style="font-family:'Times New Roman', Times, serif;font-size:medium;">課程後段將透過近幾年的研究文獻,探討醣類在細胞訊號傳遞、發育及人類疾病中的作用。</span></p><p><br /><span style="font-family:'Times New Roman', Times, serif;font-size:medium;color:#000000;">Cell consists of biomolecules of DNA/RNA,protein, lipid and carbohydrates for its function, but our understandings of cellular structure and function have been mainly focused on DNA/RNA and proteins. Recent technological advances in knock-out mice, siRNA and MASS spectroscopy, however, have gradually changed the situation to allow the structural and functional characterization of lipidomics and glycomics. In this course, we will provide the historical background and evaluate the structural basis and functional role of several biologically important glycoconjugates such as N-Glycans, O-Glycans, Glycosphingolipids, Proteoglycans and the most recent glycol-RNA. Issues relating to the role of glycans in cell signal/development and human disease will then be discussed by using literatures available within the last couple years.</span> </p>