AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
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These findings contribute to the understanding of RSSC-infecting phages and provide a foundation for further exploration of phage evolution, host range, and biocontrol relevant traits.
This study discovered two viruses—called bacteriophages—that specifically kill harmful Escherichia coli bacteria from pig farm wastewater, and one of these viruses represents a completely new species never described before, expanding the understanding of viral diversity in nature.
Detailed analysis of the genome and structural proteome of phage Miki is presented, including in silico predictions and modeling of receptor-binding proteins, including central and proximal fibers resembling the adsorption apparatus of Escherichia phage T5.
During intensive rainbow trout farming operations conducted between 2021 and 2024 in the Karkamış and Keban Dam Lakes, ten Lactococcus garvieae isolates recovered from moribund fish were recovered and identified as a member of the family Siphoviridae.
It is suggested that vB_Kp_H122 may have potential as an antibacterial candidate against K57 MDR‐hvKP isolates, a novel lytic phage that specifically targets K57 capsular‐type MDR‐hvKP.
The isolation and characterisation of five novel lytic bacteriophages that specifically target K. grimontii are described and provides a basis for further evaluation of their potential in phage therapy.
The results indicate the high potential of vB_EfaP_2/Chl-5 for treating infections caused by E. faecium, and shows that phage vB_EfaP_2/Chl-5 effectively targets biofilms in vitro, reducing the number of viable cells.
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