LEARNING OUTCOMES:
1) Integrate knowledge from genetics and evolution in order to explain the term genome at the level of prokaryotic and eukaryotic organisms
2) Analyze genome function, causes of genome changes and their consequences on the living world
3) Link the transcriptome and genome as the basis for transmission of genetic information
4) Compare transcriptome and proteome function at the cell, tissue and organism level
5) Discuss methods used for whole genome, transcriptome, proteome analysis or analysis of some specific genome, transcriptome, proteome part
COURSE CONTENT:
Lectures:
1. Genome, transcriptome and proteome definition
2. Genome mapping and sequencing
3. Gene mapping and function, genome availability
4. Transcription in prokaryotic and eukaryotic organisms
5. Protein synthesis in prokaryotic and eukaryotic organisms
6. Genome replication
7. Methods for genome analysis
8. Methods for transcriptome and or specific transcript analysis
9. Methods for proteome and, or specific protein analysis
10. Genome evolution
Seminars:
1. Analysis of a historical moment in which certain scientific discovery was made, enabling today s understanding of the genome, and the life of the scientist responsible for that discovery (one research for each student)
2. Presentation of one original scientific article relevant to one of the topics covered during lectures (one article for each student)
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Pristupačnost
