… of potential integrase genes, and virulence or pathogenic genes. … large subunit of the terminase
gene identified that phages were … The lack of integrase, virulence, and pathogenic genes …

… genetic parasites often succeed in colonizing their host due to the use of addiction modules
will be also be considered in the context of marine … (and extending to all terrestrial tetrapods), …

… this study pointed out that ϕX174 lysis gene E overlaps the highly conserved gene D (23). …
Thirty years ago, it was still believed that viruses in marine habitats were not native but rather …

… -occurrence of Shiga toxin subunit A and B .......................................... 55 3.3.3. Co-occurrence …
Co-occurrence frequency of resistance genes (Res gene) with virulence factors (VF). .............…

… , eg, such as phage-encoded exotoxin interaction with animals[11]. … versus liquid phage,
terrestrial phage ecology has been … High abundance of viruses found in aquatic environments. …

… of toxin genes were found to be phage encoded. Experimental … Each genomic island has
additional hyperlink parameters … carry genes which alter their biochemical pathways. Such …

… The ubiquity of bacteria in the marine environment is a result of their capacity to survive in …
The widespread occurrence of genes encoding for GbpA within marine bacteria such as Vibrio …

… within this hostile intracellular environment. A large number of macrophage gene transcripts
are … such as cytolysins, capsules, exotoxins, secreted proteases, pili and/or fimbriae, flagella, …

… These exotoxins are responsible for MRSA’s increased … While these genetic components
serve to develop resistance … , often pathogenic genetic traits, such as phage-encoded toxins or …