Payel Sarkar

This study improves ethylene glycol production from xylose in E. coli using two-stage dynamic control, achieving 140 g/L in 70 hours with 92% theoretical yield.

This paper introduces a Gluconate-Bypass in E. coli to decouple central metabolism from catabolite repression, enabling robust co-consumption of multiple lignocellulosic sugars.

This paper introduces a gluconate-bypass platform to enhance stationary-phase biomanufacturing in E. coli by decoupling glucose uptake from pyruvate inhibition and co-generating NADPH, achieving high product titers.

This paper describes a systems engineering approach to improve the scalable and robust production of nanobodies in E. coli through dynamic control of reduction potential and two-stage purification.