Xinyang flavivirus and a likely tick-only orthoflavivirus clade
Xinyang flavivirus defines a basal, likely tick-only orthoflavivirus clade and expands the comparative picture of vertebrate-independent flavivirus evolution.
Xinyang flavivirus defines a basal, likely tick-only orthoflavivirus clade and expands the comparative picture of vertebrate-independent flavivirus evolution.
This study describes an automated framework for lineage designation from phylogenetic and genomic data, designed to scale to very large viral datasets while remaining consistent and interpretable.
Virus bioinformatics helps us compare genomes, track outbreaks, and identify conserved RNA elements, but its value depends on careful interpretation rather than broad claims.
This study examines carbon catabolite repression and its indirect effects on antibiotic susceptibility in Pseudomonas aeruginosa.
This study combines comparative RNA structure analysis with molecular epidemiology to characterize conserved and variable 3' UTR architectures across tick-borne encephalitis virus lineages.