一、	課程說明
<br>	Familiarize students to genomic methods.
<br>	Encourage students to think on genomic scale.
<br>	Excite students about hottest areas of biology.
<br>	Demystify modern methods and concepts.
<br>	Introduce necessary jargon but keep it to a minimum.
<br>	Foster experimental design in genomics.
<br>	Discover basic biology in the context of applied research.
<br>         Use case study method to extract concepts.
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<br>二、	指定用書
<br>         Discovering Genomics, Proteomics and Bioinformatics 2nd edition
<br>        - by  A. Malcolm Campbell and Laurie J. Heyer. (ISBN 0-8053-4722-4;   published by Cold Spring Harbor Laboratory Press and Benjamin Cummings: 28 February, 2006)
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<br>三、	參考書籍
<br>         Structural and Evolutionary Genomics
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<br>四、	教學方式
<br>         投影片講解,討論
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<br>五、	課程大綱
<br>         1.Human Genome Project: the moving force.
<br>         2.HapMap Project: from genome sequence to variation.
<br>         3.Current genomic technology.
<br>         4.Analysis of microarray data.
<br>         5.Proteomics and biomarker discovery.
<br>         6.Introduction to systems biology. 
<br>         7.Review session for the first block
<br>         8.Cancer genomics (I)
<br>         9.Cancer genomics (II)
<br>         10.Pharmacogenomcis (I)
<br>         11.Pharmcogenomics (II)
<br>         12.Microbial genomics (I)
<br>         13.Microbial genomics (II) 
<br>         14.Environmental genomics
<br>         15.Review session for the second block.
<br>         16.Final examination
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<br>六、     教學進度
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<br>#	M/D/Y	Topics -- Lecturer	-- Textbook Chapter
<br>1	9/10/07	Introduction and organization, model systems for genome biology -- Yuh --	Chapter 1-2, 2-3, 3-1, 3-2
<br>2	9/17/07	Human Genome Project: the moving force. -- Tsai --Chapter 1-1
<br>3	10/1/07	HapMap Project: from genome sequence to variation. -- Tsai --Chapter 4
<br>4	10/8/07	Current genomic technology.	-- Tsai -- Chapter 2-1
<br>5	10/15/07	Analysis of microarray data. -- Chuang -- Chapter 6
<br>6	10/22/07	Proteomics and biomarker discovery. -- Chuang -- Chapter 8
<br>7	10/29/07	Introduction to systems biology and genomic circuits in single genes -- Yuh -- Chapter 9, 10
<br>8	11/5/07	Integrated genomic circuits and modeling whole-genome circuits -- Yuh -- Chapter 11, 12
<br>9	11/12/07	Review session for the first block -- Yuh	
<br>10	11/19/07	Midterm examination -- Chuang	
<br>11	11/26/07	Cancer genomics -- Tsai -- Chapter 7
<br>12	12/3/07	Pharmacogenomcis -- Tsai	
<br>13	12/10/07	Microbial genomics -- Tsai -- Chapter 2-2
<br>14	12/17/07	Environmental genomics -- Tsai	
<br>15	12/24/07	Human population and evolution -- Tsai	
<br>16	12/31/07	Review session for the second block -- Tsai	
<br>17	1/7/08	Final examination --Chuang	
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<br>七、	成績考核
<br>         出席率10 %，期中考30%，報告15 %，期末考45%
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