Alexandria Bartlett

The paper assesses EBV dependence in various infected cell models and finds that EBV loss sensitivity varies across cell types, with lymphoid malignancies being more dependent than gastric adenocarcinoma lines.

This study identifies fatty acid desaturases SCD1 and FADS2 as critical for EBV-induced B cell proliferation and reveals their role in promoting metabolic pathways that support lymphoma growth.

This study identifies microbial DNA and protein in casein-based diets, showing they contribute to microbiome measurements and are absent in other protein sources.

This study shows dietary protein source affects host physiology through both direct and microbiota-mediated mechanisms in mice and humans.

This study shows that different dietary protein sources alter gut microbiota composition and function in mice, affecting amino acid and mucus degradation processes.

The paper quantifies dietary protein digestion and microbial processing in mice, showing some proteins escape host digestion and are modified by gut microbiota, with health-relevant proteins differentially enriched.

The paper compares DNA metabarcoding and metaproteomics in stool to assess dietary intake, finding both methods identify similar food taxa and provide distinct protein-based distinctions.