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「計算生物學」 : Computational
Biology |
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Chapter 1: DNA,
Proteins, Genes and RNA (Updated on September 20, 2001) |
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Chapter 2: The
Basic Concepts of Algorithms (Updated on March 2, 2001)
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Chapter 3: String
Matching (Updated on May 14, 2001) |
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Chapter 4: The Sequence Alignment Problem
(Updated on April 30, 2001)
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Chapter 5: The Evolution Trees
(Updated on May 31, 2001) |
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Chapter 6: The Secondary Structure Prediction of RNA
(Updated on June 5, 2001) |
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Chapter 7: Genome
Rearrangement (Updated on July 23, 2003) |
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Slides:
Basic Concepts of Algorithms (Updated on September 29, 2002)
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Slides:
Two Sequence Alignment
and
Multiple Sequence Alignment
(Updated on March 28, 2002)
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Slides:
Exact String Matching
and
Suffix Trees
(Updated on April 26, 2002)
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Slides:
Physical Mapping and Sequencing
(Updated on May 17, 2002)
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Slides:
Evolutionary Trees
(Updated on May 31, 2002)
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Slides:
Protein Folding Problem
and
RNA Secondary Structure Prediction
(Updated on June 12, 2002)
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Slides: Application of Algorithm Research to Molecular Biology (Updated on April 15, 2002) |
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Slides: Evolution (for
Professor C. B. Yang) |
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Slides: Visual Display of Data
(Updated on Dec. 12, 2002)
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Useful Reference
and Real Data Instances (Distance
Matrices and Sequences) |
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Note: These lecture
notes are prepared in PostScript Language, which is a page description programming
language adapted all over the world. Unix environments generally provide
standard tools to view PostScript files. Microsoft Windows users may download
the free PostScript interpreter GSView
to read these documents on personal computers. |
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Reference Sites:
Algorithm Group in National
Tsing Hua University |
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