L.-R. Sundberg

The paper characterizes a lipid-containing ssDNA phage, {Phi}CjT23, and suggests it represents a model for the last common ancestor of ssDNA and dsDNA viruses in the Bamfordvirae.

The paper shows that fish farm environments promote phenotypic variation and virulence in Flavobacterium columnare, with rough morphotypes growing faster and reversing to rhizoid types in contact with fish.

The paper shows that mucin enhances CRISPR spacer acquisition in Flavobacterium columnare during phage infection, especially under low nutrient conditions and in the presence of competitor bacteria.

This study shows that phage resistance in Flavobacterium columnare reduces virulence, making phage therapy viable for treating columnaris disease in aquaculture.

The paper characterizes Flavobacterium columnare phages from aquaculture environments, showing genetic similarity across locations and potential for phage therapy.

The paper shows that an RNA-targeting CRISPR-Cas subtype VI-B locus can acquire spacers using machinery from a DNA-targeting II-C locus in the same bacterium.

This study shows bacteriophages can bind to mucus and protect fish from bacterial infections, suggesting mucus interactions are important for phage-bacteria dynamics and potential phage therapy.

This study investigates long-term host-parasite coevolution in natural environments using bacteriophage and bacterial genomic data, revealing dynamic molecular interactions and resistance mechanisms.