Constance Schultsz

The paper analyzes cross-study metagenomics data to identify microbial signatures associated with urinary tract infections and their genomic variation.

This study models how low-level environmental ciprofloxacin exposure maintains antibiotic resistance in Neisseria gonorrhoeae despite treatment discontinuation.

This study identifies the emergence and evolution of two zoonotic Streptococcus suis lineages in Thailand, showing they acquired multi-drug resistance and serotype 2 capsule through horizontal gene transfer.

This study identifies a conserved glycan motif in Streptococcus suis that elicits broadly reactive antibodies, suggesting it as a target for next-generation vaccines.

This study identifies host-specific genetic determinants in E. coli using genome-wide association, revealing lineage-specific adaptations to human, cattle, chicken, and pig hosts.

This study benchmarks phylogenetic workflows using simulated bacterial evolution, finding k-mer alignment methods are accurate alternatives to reference mapping and de novo assembly impacts accuracy.

This study quantifies how four resistance mechanisms contribute to ciprofloxacin minimum inhibitory concentration in E. coli using a systematic review of 66 studies.

This study demonstrates that semi-quantitative metagenomic sequencing can detect urinary tract infections and predict antimicrobial resistance, outperforming traditional culture methods in speed and accuracy.