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Calendar for Topics and Key Dates
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1
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Historical introduction and overview;
Gene mapping and network
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2
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Sequence collection and molecular
databases; Sequence alignment and database searching for
similar sequences
Introduction/ Dynamic programming algorithm for alignment
of pairs of sequence /Dot matrix sequence comparison
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3
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Sequence alignment and database
searching for similar sequences
Assessing the significance of sequence alignments/
Multiple Sequence Alignment /Database Searching for
Similar Sequences
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4
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Genome analysis
Genome composition and structure /Gene Prediction
/Comparative genomics/
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5
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Genetic variation and molecular
evolutionary analysis
Introduction /Phylogenetic Prediction /Distance methods
/Genetic diversity and evolutionary selection
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6
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Microarray data and protein structure
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7
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Utility and realization of
bioinformatics tools and databases
To resolve biological questions using local and website
bioinformatics tools and databases, including GenBank,
InterProt; BLAST, ClustalW, GenDoc, FgeneSH, DNAsp,
MEGA,..
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Experiment
#1 #2 due
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8
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References reading, case study and
discussion/ Invited speeches
Presentations by selected students and case studies of
bioinformatics-related questions.
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Experiment #3 #4 due
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9
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Final Exam
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