Corinne F. Maurice

The paper identifies a hydrolysis operon in Lachnospiraceae that enables castalagin metabolism to urolithins and flavogallonic acid in the human gut microbiome using multi-omics analysis of fecal samples from a clinical trial.

This study shows that differences in gut microbiota between two mouse vendors affect susceptibility to C. difficile infection, and cohousing can transfer resistance.

This study uses a human microbiota-associated mouse model to show that early-life malnutrition leads to persistent microbiome immaturity and that fecal virome transplants have limited efficacy in restoring gut health.

This study investigates whether prophage induction contributes to changes in the gut phageome during intestinal inflammation using in vitro and mouse model analyses.

The paper characterizes the maturation of temperate phages in the infant gut microbiome and finds that viral microdiversity, not abundance, better predicts age, with stunting not delaying maturation.

The paper models gut virome development in infants over three years, showing increased diversity and convergence with age.

This study shows neonatal BCG vaccination expands IL-17/IL-22-producing γδ T cells, mediates protection against TB, and induces a microbiome signature linked to gut-lung axis immunity.

This paper introduces predicted phage host families to improve cross-study comparisons of gut viromes by reducing ecological distances and detecting disease-specific signatures.

This study examines microbial community stability and variability in water kefir, finding species-level stability but plasmid and phage diversity across generations and households.

The paper identifies Enterocloster spp. and the ucd operon as key producers of urolithin A from dietary ellagitannins using multi-omics approaches.

The paper compares a commercial DNA extraction kit with the phenol-chloroform method for viromes, finding no significant differences in virome diversity but noting the kit's advantages and limitations.

This study uses single-cell techniques and metagenomics to analyze gut bacterial replication dynamics in a colitis model, showing reduced replication proportion during inflammation and changes in bacterial composition.

The paper identifies novel Blautia species as fructo-oligosaccharide (FOS) consumers using pulse metatranscriptomics in a human stool sample.

OnePetri uses computer vision to rapidly and accurately count bacteriophage plaques on Petri dishes, outperforming manual counting and existing tools in speed and accuracy.