Matthew D. Carpenter

The paper demonstrates how domain insertion can create sulfite reductases with ligand-dependent activity, showing enhanced cellular activity in response to an endocrine disruptor.

This study identifies that balanced expression of multiheme cytochromes is essential for Vibrio natriegens to reduce electrodes, highlighting the role of these proteins in extracellular electron transfer.

The paper introduces BiCASP, a high-throughput platform for screening electroactive microbes, enabling rapid and reproducible analysis of extracellular electron transfer.

This study identifies key residues in MtrA that influence extracellular electron transfer by systematically inserting peptides and analyzing their impact on respiration efficiency.