Team

Meet the team.

Current Bernhardt Lab members across research staff, postdoctoral fellows, graduate students, and undergraduate researchers.

Showing 19 current lab members

Thomas Bernhardt

Professor in the Department of Microbiology at Harvard Medical School and Investigator of the Howard Hughes Medical Institute.

Thomas Bernhardt

The Bernhardt lab studies molecular mechanisms of bacterial growth and cell wall assembly to inform antibiotic discovery.

James Spencer

Laboratory Manager, Thomas Bernhardt Lab

James Spencer

Research operations lead for the Bernhardt and Abraham HHMI labs at HMS, overseeing finance, hiring, procurement, compliance, and lab infrastructure, and supporting HMS Community Phages.

Kathy Suarez

BBS Graduate Student | NIH F31 Fellow

Kathy Suarez

I am interested in examining the function of cell wall synthesis in E. coli.

Betsy Hart

Postdoctoral Fellow | NIH K99/R00 Fellow | Former HHWF Fellow

Betsy Hart

I am interested in cell envelope biogenesis in Corynebacterium glutamicum.

Johnathan Kepple

BPH Graduate Student | NIH F31 Fellow

Johnathan Kepple

The general aim of my research is to understand the regulation of cell wall synthesis in the Gram-negative bacterium Pseudomonas aeruginosa.

Wanassa Beroual

Postdoctoral Fellow

Wanassa Beroual

I am interested in cell wall biogenesis in Corynebacterium glutamicum.

Anastacia Parks

Postdoctoral Fellow | NIH K99/R00 Fellow

Anastacia Parks

I am interested in understanding the role mannosylation plays in the membrane of Corynebacterium glutamicum.

Wilaysha Evans

ChemBio Graduate Student

Wilaysha Evans

I am most interested in understanding the mechanisms that underpin bacterial cell shape and division. More specifically, in the Bernhardt lab, I study some of the mechanisms by which cell wall integrity in Corynebacterium glutamicum is maintained.

Nilanjan Som

Postdoctoral Fellow

Nilanjan Som

I am interested in understanding the regulatory mechanisms that drive Gram-negative bacterial cell envelope expansion.

Tien Nguyen

MCO Graduate Student

Tien Nguyen

I am interested in studying the regulation of peptidoglycan hydrolysis during cell division in Escherichia coli, with a focus on mechanisms that control hydrolases and their activators for proper PG cleavage.

Dylan Burgin

BBS Graduate Student

Dylan Burgin

I am interested in studying the mechanisms that contribute to outer membrane integrity in Gram-negative bacteria.

Shailab Shrestha

Postdoctoral Fellow | Life Sciences Research Foundation Fellow

Shailab Shrestha

I am interested in the biogenesis and maintenance of the Gram-negative cell envelope.

Vincent de Bakker

Postdoctoral Research Fellow | Funded by the Swiss National Science Foundation

Vincent de Bakker

I work at the intersection of quantitative and fundamental microbiology. In that context, I'm currently implementing CRISPR interference techniques to study cell envelope biogenesis in Corynebacterium glutamicum.

Nazgul Sakenova

Postdoctoral Fellow | HHWF Fellow

Nazgul Sakenova

I am interested in special protein localization and factors that determine it in Escherichia coli.

Abel Rodriguez

Undergraduate Researcher

Abel Rodriguez

I am interested in determining novel players in mycolic acid transport.

Eleanor Rand

Postdoctoral Research Fellow | Community Phages Internship Lead Instructor

Eleanor Rand

I am interested in using phages to learn more about their bacterial hosts. I also lead the Community Phages program (phages.hms.harvard.edu)!

Ophelia Lee

BBS Graduate Student

Ophelia Lee

I am interested in mycolic acid transport and regulation in Corynebacterium glutamicum.

James Warner

Postdoctoral Research Fellow

James Warner

I want to understand how the pathogen Staphylococcus aureus coordinates the synthesis of its cell envelope to escape antibiotic killing.

Taran Bauer

BBS Graduate Student

Taran Bauer

I am interested in uncovering the downstream regulatory mechanisms of the envelope stress response and how this relates to lipid transport. My larger goal is to uncover novel functions of the envelope stress signal to characterize how E. coli and other species maintain membrane integrity.