Michelle M. Meyer

This study compares amperometric and potentiometric readout strategies for GFET biosensors, finding that transconductance offers better detection limits but lower reproducibility, while Dirac point tracking provides higher robustness but worse limits of detection.

This study identifies and characterizes 58 putative sRNAs in Streptococcus pneumoniae, assessing their conservation and predicting targets, with a focus on those potentially involved in virulence and carbon metabolism.

The paper analyzes 3'-seq data from multiple E. coli studies and identifies large disparities in raw data characteristics and strand-specific inconsistencies despite similar experimental conditions.

The paper uses deep mutational scanning to assess the fitness effects of FMN riboswitch mutations in S. pneumoniae under various conditions, revealing robustness during infection and diverging adaptive responses to antibiotics.

PIPETS is an R package for analyzing 3'-end sequencing data in bacteria, identifying termination signals more broadly than existing methods.

This study evaluates the fitness benefit of RNA cis-regulators in Streptococcus pneumoniae during infection, finding that mis-regulation significantly reduces fitness in vivo.

The paper uses graph clustering to analyze glycine riboswitch aptamers, showing that conservation depends on the regulated gene and that singleton aptamers likely originate from tandem riboswitches.