Christopher A. Gaulke

The paper isolates and characterizes ten Veillonella phages, revealing novel lineages and distinct host interactions, with one phage using lipopolysaccharide O-antigen as a receptor.

This study examines how over-the-counter fiber supplements affect the rectal mucosal environment by altering microbiota, SCFA levels, and host gene expression in patients with benign anorectal disease.

This study identifies CHPK-mediated phosphorylation of viral proteins as critical for herpesvirus replication and transmission, revealing its role in regulating nucleocytoplasmic trafficking through post-translational modifications.

This paper develops a method to maintain gnotobiotic zebrafish beyond larval stages using gamma-irradiated diets, revealing physiological and gene expression changes linked to microbiota.

This study shows that azoxystrobin exposure alters gut microbiota and liver gene expression in zebrafish, with sex-dependent effects, suggesting microbiome disruption contributes to host toxicity.

The paper examines sex differences in gut microbiota and bile acid composition in mice, finding distinct microbial diversity and portal bile acid profiles between males and females.

This study examines how housing, sex, and sampling location affect the microbiome composition and function in adult zebrafish, showing significant variation across these factors.

This study identifies gut microbiota-mediated metabolites that influence intestinal helminth infection in zebrafish, highlighting potential therapeutic targets.

The paper develops a new method to analyze microbial taxonomic units and their distribution across mammalian lineages, revealing conserved and lineage-specific gut bacterial clades linked to mammalian evolution.

This study shows that Pseudocapillaria tomentosa infection causes rapid and dynamic changes in the zebrafish gut microbiome, with associations between microbial taxa and parasite burden.