| 
                        
                        
                     
 
                        
                            | 課程簡介   Course Introduction |  
                            | 開課年度學期 Year / Term | 114 學年度  第 1 學期 |  
                            | 開課班級 Department | 生物科技學系碩士班 生科碩二 |  
                            | 授課方式 Instructional Method | 課堂教學 、 中文 |  
                            | 課程電腦代號 Course Reference Number | 158005 |  
                            | 課程名稱(中文) Course Title(Chinese) | 基因選殖 |  
                            | 課程名稱(英文) Course Title(English) | Gene Cloning |  
                            | 學分數/時數 Credit Hours | 3 /
                                3 |  
                            | 必(選)修 Requirement / Elective Course  | 選修 |  
                            | 授課老師 Instructor | 曾登裕 |  
                            | 助教 Teaching Assistant |  |  
                            | 上課時間 Meeting Time | 星期五,節次9、A、B |  
                            | 上課教室 Classroom | C109 |  
                            | Office Hours | 曾登裕:3355/6756 |  
 
                        
                            | 獲獎及補助情形   Awards and Grants |  
                            |  |  
 
                        
                            | 聯合國永續發展目標 (SDGs跨域類別)   Sustainable Development Goals, SDGs |  
                            | 
                                
                                    
                                        | SDGs 02. | 消除飢餓:確保糧食安全,消除飢餓,促進永續農業 |  |  
 
                        
                            | 課程目標   Learning Objectives |  
                            | 介紹目前遺傳工程常用的工具及技術,最後以實際的例子說明遺傳工程如何應用於生物技術上,例如:在生產蛋白質、醫學、農學及法學方面的應用。 |  
 
                        
                            | 先修 ( 前置 ) 課程   Prerequisite |  
                            |  |  
 
                        
                            | 彈性教學規劃   Flexible Teaching/Planning Schedules |  
                            |  |  
 
                        
                            | 課程大綱   Course Syllabus |  
                            | 週次 Week | 課程單元大綱 Unit | 教學方式 Instructional Method/Style/Teaching Style | 參考資料或相關作業 References or Related Materials | 評量方式 Grading |  
                                    | 1 | Introduction |  |  |  |  
                                    | 2 | Part 1:  The Basic Principles of Gene Cloning and DNA Analysis; Chapter 2  Vectors for Gene Cloning: Plasmids and Bacteriophages |  |  |  |  
                                    | 3 | Chapter 3  Purification of DNA from Living Cells |  |  |  |  
                                    | 4 | Chapter 4  Manipulation of Purified DNA |  |  |  |  
                                    | 5 | Chapter 5  Introduction of DNA into Living Cells |  |  |  |  
                                    | 6 | Chapter 6  Cloning Vectors for E. coli |  |  |  |  
                                    | 7 | Chapter 7  Cloning Vectors for Eukaryotes |  |  |  |  
                                    | 8 | Chapter 8  How to Obtain a Clone of a Specific Gene |  |  |  |  
                                    | 9 | Midterm |  |  |  |  
                                    | 10 | Chapter 9  The Polymerase Chain Reaction |  |  |  |  
                                    | 11 | Part 2:  The Applications of Gene Cloning and DNA Analysis in Research; Chapter 10  Studying Gene Location and Structure |  |  |  |  
                                    | 12 | Chapter 11  Studying Gene Expression and Function |  |  |  |  
                                    | 13 | Chapter 12  Studying Genomes |  |  |  |  
                                    | 14 | Part 3:  The Applications of Gene Cloning and DNA Analysis in Biotechnology; Chapter 13  Production of Protein from Cloned Genes |  |  |  |  
                                    | 15 | Chapter 14  Gene Cloning and DNA Analysis in Medicine |  |  |  |  
                                    | 16 | Chapter 15  Gene Cloning and DNA Analysis in Agriculture |  |  |  |  
                                    | 17 | Chapter 16  Gene Cloning and DNA Analysis in Forensic Science and Archaeology |  |  |  |  
                                    | 18 | Final |  |  |  |  
 
 
	
                        
                        
                            
                                | 單一課程對應校能力指標程度   The Degree to Which Single Course Corresponds to School Competence |  
                                | 編號 No. | 校核心能力 School  Core Competencies | 符合程度 Degree of conformity |  
                                        | 1 | 公民力 (Citizen) | 1 |  
                                        | 2 | 自學力 (Self-learning) | 1 |  
                                        | 3 | 資訊力 (Information) | 1 |  
                                        | 4 | 創造力 (Creativity) | 5 |  
                                        | 5 | 溝通力 (Communication) | 0 |  
                                        | 6 | 就業力(Employability) | 5 |  
                                
                                    | 單一課程對應系能力指標程度   The Degree to Which Single Course Corresponds to Department Competence |  
                                    | 編號 No. | 類別 Category | 系核心能力 Department Core Competencies  | 符合程度 Degree of conformity |  
                                            | 01 | 系所 | 運用生物科學知識及技術之能力 | 5 |  
                                            | 02 | 系所 | 將生物科學相關技術實施於產業應用的能力 | 5 |  
                                            | 03 | 系所 | 針對生物科技主題,收集中外文獻,進行重點摘要與整合綜論的能力 | 3 |  
                                            | 04 | 系所 | 設計與執行實驗,解釋數據,與說明實驗結果的能力 | 3 |  
                                            | 05 | 系所 | 將研究成果撰寫成書面報告與口頭發表的能力 | 3 |  
                                            | 06 | 系所 | 與同儕良好互動,溝通討論,協同合作從事研究的能力 | 1 |  
                                            | 07 | 系所 | 熟悉科學研究的倫理規範,瞭解生物科技對人類社會的衝擊 | 3 |  
                                            | 08 | 系所 | 具備環境保育意識,理解專業與社會責任 | 3 |  
                            
                                | 單一課程對應院能力指標程度   The Degree to Which Single Course Corresponds to College Competence |  
                                | 編號 No. | 院核心能力 College Core Competencies | 符合程度 Degree of conformity |  
                                        | 1 | 語文能力 | 5 |  
                                        | 2 | 自主學習的能力 | 3 |  
                                        | 3 | 應用科技的能力 | 5 |  
                                        | 4 | 環境與生態專業知能 | 3 |  
 
 
	
                        
                            
                                | 教科書或參考用書   Textbooks or Reference Books |  
                                | 館藏書名   Library Books |  
                                | 備註   Remarks |  
                                | (一)主要讀本: 作者:   T. A. Brown
 書名:  Gene Cloning and DNA Analysis: An Introduction (5/e)
 出版地點/出版社: Massachusetts (USA)/Blackwell
 出版年: 2006
 代理商:藝軒書局
 
 |  
 ※請尊重智慧財產權,不得非法影印教科書※ ※   Please respect intellectual property rights and do not illegally photocopy textbooks.  ※ 
 
	
                        
                            
                                | 教學方法   Teaching Method |  
                                | 教學方法 Teaching Method | 百分比 Percentage |  
                                        | 講述 | 50 % |  
                                        | 討論 | 50 % |  
                                | 總和  Total | 100 % |  
 
	
                        
                            
                                | 成績評量方式   Grading |  
                                | 評量方式 Grading | 百分比 Percentage |  
                                        | 期中考 | 35 % |  
                                        | 期末考 | 35 % |  
                                        | 出席狀況 | 30 % |  
                                | 總和  Total | 100 % |  
 
 
	
                        
                            
                                | 課程大綱補充資料   Supplementary Material of Course Syllabus |  
                                |  |  
 |