Engineering electron conduits in bacteria for selective biointerfacing and enhanced energy transfer

Key Points

• Enhanced energy transfer is achieved through electron conduits in bacteria, enabling better biointerfacing abilities.
• This study reports improvements in energy transfer efficiency, with a notable increase of up to 30% in specific conditions.
• Molecular engineering techniques were used to create selective electron conduits in bacterial models for the experiment.
• The findings highlight the potential for new applications in bioenergy and synthetic biology, calling for further exploration.