National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Rekonstrukce metabolických drah bakterií Legionella polyplacis a Candidatus Riesia pediculischaeffi, symbiontů vší
ZADINOVÁ, Zuzana
The genomes of two bacteria, Legionella polyplacis and Candidatus Riesia pediculischaeffi, lice endosymbionts, were examined and compared. Preserved genes were identified, assigned to appropriate metabolic pathways, and listed in an electronic attachment table. Completeness and functionality were assessed for individual metabolic pathways. Based on the results, metabolic maps were created for both bacteria
Evoluce symbiotických bakterií dvoukřídlého krevsajícího hmyzu
JUHAŇÁKOVÁ, Eliška
This study is focused on bacterial symbionts of blood-sucking insects from the family Hippoboscidae (Diptera), namely Ornithomya biloba and Crataerina pallida. Bacterial symbionts are essential for blood-sucking insects because they provide nutrients absent in blood, particularly vitamin B and cofactors. In this study metagenomic data from Ornithomya biloba and Crataerina pallida were processed by bioinformatic tools and genome drafts were assembled. Genomes of two bacterial symbionts of the genus Arsenophonus were compared with their relatives and levels of genomic modification of these genomes were evaluated. Moreover, the presence of horizontally transferred genes in both Arsenophonus genomes was phylogenetically determined. Finally, metabolic pathways for essential B vitamins and cofactors were reconstructed and compared with other species of the genus Arsenophonus.

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