Asher Brauner

Papers

Total Citations

126

H-Index

About

Asher Brauner’s research lies at the critical intersection of microbiology, infectious disease, and clinical diagnostics, with a primary focus on antibiotic tolerance and persistence—phenomena that drive treatment failure and relapse yet remain poorly understood in clinical settings. His most-cited work, “An Experimental Framework for Quantifying Bacterial Tolerance” (2017, 126 citations), provides a rigorous, standardized methodology to distinguish tolerance and persistence from traditional antibiotic resistance. This framework directly addresses a major gap: while resistance is routinely measured via minimum inhibitory concentration (MIC), no equivalent clinical metric existed for tolerance. Brauner’s contributions have reshaped how researchers and clinicians conceptualize bacterial survival strategies, offering tools to quantify these elusive behaviors and paving the way for improved treatment protocols. His work has been instrumental in highlighting that tolerance and persistence are not merely laboratory curiosities but clinically relevant factors in recurrent infections. By bridging fundamental microbiology with translational needs, Brauner has established himself as a key voice in the fight against antimicrobial failure, influencing both experimental design and future diagnostic standards.