Bo Li

This study evaluates the diagnostic performance of fluorescence-based rapid on-site evaluation (F-ROSE) for H. pylori antimicrobial susceptibility testing before and after algorithm optimization, showing improved sensitivity and accuracy.

This paper introduces a culture-free rapid phenotypic antimicrobial susceptibility test for H. pylori using fluorescence ROSE technology, achieving 84.6-84.6% concordance with culture-based methods and reducing turnaround time to 1 hour.

This study identifies DAG as a licensing lipid intermediate for ferroptosis, revealing a novel CHPT1-iLCAT axis that routes DAG to promote ferroptosis and suppress tumor growth.