Zachary L. McAdams

This study analyzes the fecal microbiome of cattle using 16S and 18S rRNA metabarcoding to assess the impact of age and management on prokaryotic and eukaryotic communities.

This study shows that alamandine improves intestinal barrier function and modulates the gut-bone marrow axis in aging mice.

This study quantifies biological and technical variability in mouse microbiome analysis and provides guidance on sample size determination for microbiome studies.

This study shows that the maternal microbiome influences offspring behavior, body weight, and hippocampal DNA methylation and gene expression.

The paper presents a large-scale equine fecal microbiome dataset and shows geography, breed, and disease significantly influence the microbiome.

This study shows that failed microbial colonization after gut microbiota transfer worsens DSS-induced colitis in mice, highlighting the role of microbial composition and transfer method.

The paper shows that gut microbiome diversity from different suppliers affects body weight and autism-related behaviors in BTBR mice, with a male-specific behavioral impact.

The paper investigates how shipping affects the gut microbiome of donor mice and shows that shipping-induced changes are transmitted to germ-free recipients, though supplier-origin effects remain more prominent.

The paper investigates how maternal oral, vaginal, and gut microbiota influence the development of the neonatal gut microbiota in mice using 16S rRNA sequencing.