M. Mcloughlin

The paper introduces a new aerosol collection system with high physical and biochemical capture efficiency for viruses and microorganisms, enabling better disease transmission studies and public health monitoring.

This study analyzes Saccharomyces cerevisiae gene expression during Pinot noir wine fermentation at pilot scale, identifying both common and novel expression patterns related to industrial conditions.

The paper identifies genetic signatures of vineyard sites in wine fermentation, showing that microbial DNA presence does not correlate with gene expression but that gene expression patterns can distinguish regional wine characteristics.

This study develops a column system to collect nonvolatile molecules from human exhaled breath with 99% efficiency, identifying 303 proteins linked to lower respiratory airways.