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Functional annotation of non-model bacteria based on sequential homology
 Polakovičová, Petra ; Musilová, Jana (oponent) ; Sedlář, Karel (vedoucí práce)
The genome sequence is an essential informational resource in the field of biology and it is, therefore, a constant subject of scientific research. Bioinformatics offers computational methods for genome’s automatic analysis and processing. The bachelor thesis is dedicated to the bacterial genome, its organization, and fundamental characteristics, and subsequently description of its annotation. It mainly focuses on functional annotation (description of the biological function of predicted genes) using assignment to clusters of orthologous genes (COG) based on sequential homology. It describes the most commonly used tools and databases that use this type of annotation and then compares some of them by annotating seven bacterial genomes. Its main task is to propose a new method that improves COG annotation and makes it easy to visualize.
Úplný záznam
Functional annotation of non-model bacteria based on sequential homology
 Polakovičová, Petra ; Musilová, Jana (oponent) ; Sedlář, Karel (vedoucí práce)
The genome sequence is an essential informational resource in the field of biology and it is, therefore, a constant subject of scientific research. Bioinformatics offers computational methods for genome’s automatic analysis and processing. The bachelor thesis is dedicated to the bacterial genome, its organization, and fundamental characteristics, and subsequently description of its annotation. It mainly focuses on functional annotation (description of the biological function of predicted genes) using assignment to clusters of orthologous genes (COG) based on sequential homology. It describes the most commonly used tools and databases that use this type of annotation and then compares some of them by annotating seven bacterial genomes. Its main task is to propose a new method that improves COG annotation and makes it easy to visualize.
Úplný záznam

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