I. P. G. Marshall

This study shows cable bacteria are attracted to carbon electrodes when a positive potential is applied and retract when it is turned off, suggesting potential for bioelectrochemical applications.

This study compares electric and ultrastructural features of cable bacteria, revealing conserved conduction mechanisms and novel metabolic structures.

The paper sequenced closed genomes of cable bacteria, identifying a new species in brackish water and suggesting it bridges marine and freshwater lineages.

The paper finds that seagrass roots globally host sulphur-oxidising bacteria, Ca. Thiodiazotropha, even in the absence of lucinid bivalves, suggesting seagrasses can mitigate sulphide stress independently.