J. Q. Boedicker

This paper investigates phenotypic memory in quorum sensing using theoretical models and simulations to show how past signal exposure affects future gene expression under specific conditions.

This paper develops a light-induced genetic circuit to pattern electroactive Shewanella oneidensis biofilms on electrodes, enabling tunable conductivity and confirming a collision-exchange electron transport mechanism.

The paper examines how bacteria optimize public good production by balancing the trade-off between reduced growth rate and increased carrying capacity through quorum sensing.

This study examines the formation and dynamics of bacterial aggregates in Enterobacter cloacae, revealing a new mechanism of collective motility driven by density-dependent motility changes.

This study engineers E. coli to synthesize arsenic sulfide nanomaterials using reductase genes from Shewanella and Salmonella, showing that nanomaterial shape depends on bacterial culture conditions.