一、課程說明(Course Desc<x>ription) 
<br>This course is an introduction of techniques in Biology and Medicine including the methods and tools 
<br>applied in research in the area, and cutting edge technologies, which impacts the basic research and clinic 
<br>application in Biology and Medicine.  Lecture discussions focus on the following topics:
<br>‧	Review of molecular biology
<br>‧	Nucleic acid technology
<br>‧	Protein technology
<br>‧	Molecular diagnosis, monoclonal antibodies, microarray, library screening. 
<br>‧	Drug delivery and vaccine design.
<br>‧	Human molecular genetics, gene therapy and genome editing
<br>‧	Experimental animal model, Transgenic and knockout mice
<br>‧	Stem cell technology
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<br>二、成績考核(Evaluation) 
<br>Exam 50% 
<br>Class Discussions and presentation 40%
<br>Attendance 10% 
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<br>List of Lecture 
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<br>1. Introduction of the course
<br>2. Introduction of Biotechnology
<br>3. Nucleic Acid technology I 
<br>4. Nucleic Acid technology II 
<br>5. Gene Therapy and genome editing technology
<br>6. Protein technology I 
<br>7. Protein technology II 
<br>8. Vaccine technology
<br>9. Molecular Diagnosis and drug discovery – Arrays and Libraries.
<br>10. Animal Biotechnology – transgenic and knockout animals, Disease models, Imagine Technology.
<br>11. Micro and Nanotechnology
<br>12. biotechnology in tissue engineering and stem cell biology
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<br>課程簡介 :
<br>本堂課將深入淺出的介紹生物醫學技術, 課程內容涵蓋基本細胞分子生物學背景; 進行生醫基礎研究時在實驗室應用的
<br>各種實驗技術; 臨床藥物或檢測技術的開發; 先進醫學技術例如基因治療, 基因編輯等技術的探討; 奈米化學材料於生
<br>醫技術和醫療上的應用…等.
<br> 
<br>授課方式：
<br>本課程為研究所課程, 上課方式合併一般講課 (75%) 和課堂小組討論 (25%), 
<br>每一單元皆設計3~4個開放性討論問題, 
<br>培養同學獨立思考和研究能力, 教師亦參與討論並給予回饋. 
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<br>評分方式：
<br>包含一次課堂口頭報告（英文）以及兩次筆試.
<br>筆試內容80%來自“學生出題”, 訓練同學“問好問題” 
<br>(公開題目並於課堂上討論).