P. I. Nikel

This study engineers P. putida EM42 to co-utilize glucose and cellobiose, leading to aerobic overproduction of pyruvate through a metabolic model constrained with proteomic and kinetic data.

This study identifies extracellular DNA release as a key factor in biofilm switching in Pseudomonas species and demonstrates its use as an early indicator for biofilm formation.

This study investigates how oxidative stress in Pseudomonas putida reconfigures carbon fluxes to enhance NADPH production and support redox stress responses.

This paper shows that the redox state of Pseudomonas putida influences its ability to evolve new metabolic pathways for degrading 2,4-DNT by modulating oxidative stress and mutagenesis.