We develop and use state-of-the-art single molecule microscopy methods and microfluidic techniques and corresponding analysis software to control growth conditions and enable automation. We complement these experimental techniques with pioneering computational tools for stochastic reaction-diffusion simulation of intracellular kinetics and mathematical modeling of intercellular physiology.
Open Software for single molecule data processing, stochastic reaction diffusion and simmulated microscopy.
Originally developed to investigate the bacterial cell cycle, the FASTest technology is used for antibiotic susceptibility testing.
State-of-the-art optical and microfluidic solutions for imaging and tracking of single molecules in living cells.