AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
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It is shown that the different frequency of prion fragmentation is determined by their stability, rather than the efficiency of chaperone binding, which is a key for the prion phenotype and maintenance.
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.
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.
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