Week 1: Introduction to genomics: Historical perspective with examples from Human genome project and Advent of NGS. Genomic assembly approaches.
Week 2: Detailed discussion of the principles of sequencing technologies and comparison of advantages and disadvantages. Applications and Challenges in the use of NGS technologies
Week 3: Omics data avalanche: 1000 genomes project, ENCODE project, ExAC, TCGA
Week 4: Importance of evolutionary viewpoint in genomics, Signatures of selection in primates (with prominent examples from Human studies), Whole-genome duplication, comparative and population genomics, tests of selection (codon based and site frequency-based tests).
Week 5: Introduction to transcriptomics, proteomics and Integration of Multi-Omic data. Other types of omic datasets resulting from high-throughput use of assays (Ex: Repli-Seq, Ribo-Seq, Tag-Seq)
Week 6: Omics databases organization and utility. NCBI, UCSC genome browser, Short Read Archive, Proteome Exchange, Peptide Atlas, KEGG
Week 7: Introduction to linux, use of command line interface, Tutorial on analysis of NGS data (Genomics, Transcriptomics)
Week 8: Course summary and Exam
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