Genetics of Industrial Organisms
Course Coordinator |
Associate |
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Course Description
COURSE CONTENT
- Properties of industrial organisms
- Epigenetics of industrial organisms
- Microbial diversity and metagenomics
- Metabase analysis
- How to change a gene?
- Methods of directed evolution
- Transgene cells and animals
- Application of non-coding RNA molecules
- Nomenclature of industrial organism genes
LEARNING OUTCOMES
- analyze mixed bacterial culture and respond to stress, bacterial growth in the extended stationary phase and formation of different mutants.
- explain the possibilities of communication between bacteria and the creation of biofilmskreirati različite postupke za analizu metagenoma i objasniti značaj komparativne genomike i metagenomskih knjižnica
- explain how to modify gene by chemical and / or physical mutagenic agents, locally directed mutagenesis and in vitro suppression of amber mutations
- explain the difference between directed evolution, rational design of microorganisms in vivo by mixing DNA molecules and genomic engineering using the CRISPR-Cas9 systemkategorizirati ne kodirajuće molekule RNA i kreirati najpogodnije za funkcionalnu genomiku te terapeutsku primjenu
- compare the known transgenic technology methods and propose their application for the needs of molecular biotechnology and pharmaceutical industryobrazložiti razliku u nomenklaturi gena prokariotskih i eukariotskih organizama
- interpret methods of preservation and maintenance of microorganisms and cell lines