Soumya Sethi

This paper introduces dextran-lipid droplets as stable synthetic compartments that can be taken up by cells and access the translation machinery for mRNA-based protein production.

This paper describes a method to deliver DNA signals from synthetic cells to living cells using ATP-driven reactions, with potential applications in gene therapy and cancer treatment.

This paper introduces a DNA-based mechanosensing platform using aptamers to enable cell-specific force sensing and temporally controlled mechanoresponses through programmable DNA circuits.

This paper introduces L-DNA tension probes that resist nuclease degradation, enabling long-term force mapping of single cells and migrating cell populations.