Pushkar Lele Lab

We deploy an array of both computational and experimental approaches to delve into the mechanisms through which pathogens perceive and respond to environmental stresses. Determining their stimuli response mechanisms is crucial in understanding how pathogenic bacteria initiate infections and evolve. Our research interests revolve around Antibiotic Resistance, Stomach Cancers, Soft-Matter/Complex Fluids, and integrating Microfluidics with 3D Printing technologies.

Experimental approaches:- Total Internal Reflection Fluorescence, Förster Resonance Energy Transfer, Optical Tweezers, 3D printing, Micro-Manipulation, and Laser-Darkfield Imaging. Additionally, we routinely employ a variety of Microfluidics/Molecular biology/Biochemistry tools.

Computational methods:- Stochastic Simulations, Monte-Carlo/Langevin dynamics, Coarse-Grained Modeling/Statistical Mechanics. We are always in the need of people with interests in molecular-tracking/data-analysis algorithms and computerizing instrumentation.