people

I am interested in understanding aspects of bacterial cell wall hydrolases, essential enzymes that break down the wall to allow growth while maintaining its integrity.

• Email Sean Wilson

I study how bacteria change regulate their rate of growth at the single-molecule and single-cell levels .

• Email Yingjie Sun

I use tools to develop new fluorescent tools for imaging.

• Email Devon Stork

I study the dynamics of bacterial cytokinesis. I enjoy putting labels on proteins and then watching what they do

• Email Matthew Holmes

I study how bacteria make decisions in noisy environments.

• Email William Mallard

I study how bacteria coordinate cell elongation with cytoplasmic growth.

• Email Sylvia Hurlimann

I study cell shape formation by looking at archaea grow and divide.

• Email Jenny Zheng

I am curious about how bacteria coordinate different process to ultimately grow and divide. I perturb cell processes and watch how others keep up or scale at single cell/molecule level.

• Email Andres Florez

I'm interested in how bacteria use proteins to communicate with each other – and in the case of pathogens, their hosts.

• Email Charlie Dulberger

I like to think about the mechanical properties of living matter, like the bacterial cell wall and its molecular makers.

• Email Anastasia Repouliou

I am interested in protein dynamics, particularly governing rules from a physical perspective

• Email Daniel Henthorn

• Email Luis Alberto Gutiérrez López

Physics of cell division in bacteria. Can we induce artificial septum formation?

• Email Diego Alejandro Ramirez Diaz

I developed new methods for live-cell imaging of haloarchaea and studied the cell division and growth mechanism of Halobacterium salinarum.

• Email Ye-Jin (Jenna) Eun

As the most experienced guy around, Mike makes the magic happen.

I study how bacterial cells are able to organize the synthesis of their cell walls to grow in defined and reproducible shapes.

• Email Saman Hussain

My interests keep me poking into how nano-scaled polymers can dynamically control micron-scaled processes, such as shape control and cell division.

• Email Alexandre Bisson