KeywordsUPEC; bacteriophage; biofilms; adsorption; bacteriophage; biofilms; cellular arrangements; ecology; microcolonies; particle transport; phages; phage therapy; bacteriophages; mammalian viruses; photodynamic therapy; photosensitizer; viral photoinactivation process; bacteriophage; milk fermentation; receptor; male-specific coliphage; Leviviridae; viral recombinants; ssRNA virus; FRNA; bacteriophage; phages; plasmids; horizontal gene transfer; CRISPR; Cas; cascade; PAM; crRNA; resistance; prophage; lysogeny; recombination directionality factor; integrase; excisionase; response regulator; prophage induction; random mutagenesis; site-directed mutagenesis; protein-protein interaction; bacteriophage; lambda phage; LamB receptor; protein J; single-virus tracking; bacteriophages; Staphylococcus; horizontal transfer; virulence; Pseudomonas aeruginosa bacteriophages diversity; noncanonical relations of phages and bacteria; phage’s migrations; phage genomes instability; pseudolysogeny and pseudovirulence; phage therapy as a kind of personalized medicine; DNA polymerase; T4 DNA polymerase; gp43; herpesviridae; UL30; UL54; HSV1; HCMV; RB69 DNA polymerase; bacteriophage; RecA; lysogeny; Escherichia coli; biofilm; lysogenic conversion; resistance development; Shiga toxin; phage ; E. coli DnaB replicative helicase; bacteriophage lambda (λ) replication initiation protein P; allelic alterations of dnaB and P; ColE1 plasmid curing and replication inhibition; cellular filamentation; coevolution; infection genetics; phage therapy; kill the winner
