Stefan J. Tekel

This study identifies Tatumella morbirosei cyanophycin synthetase as highly efficient for heterologous cyanophycin production in E. coli, achieving up to 1.9 g/L in 48 hours.

This study delivers a cell-penetrating chromatin sensor-actuator to osteosarcoma cells, showing efficient uptake but limited gene expression impact compared to transgenic expression.

The paper identifies orthogonal HSL-synthase-regulator pairs that minimize crosstalk in synthetic gene regulation systems in E. coli.

This study characterizes ten homoserine lactone synthases in E. coli, showing their compatibility with the Lux pathway and highlighting disposal risks of HSLs.

The paper demonstrates that adding tandem histone-binding domains to a synthetic chromatin effector enhances its activity in gene activation.