My research aims to elucidate the mechanistic underpinnings and functional significance of RNAP spatial organization in E. coli via phage infection by using imaging techniques such as smFISH, sptPALM, and STORM. This will help to create a high-resolution, spatially...
I work on the application of AFM-IR system on cell samples to quantify metabolites in a label- free manner. It is integrally related to one of center’s themes about understanding single-single details from a metabolic standpoint.
I work on single molecule tracking. We’re aiming to characterize in cell diffusion and macromolecular binding kinetics. Our research will provide important kinetics and cytoplasmic organizational data that will be useful in modeling a computational cell...
