… Microbes produce a diversity of protein filaments … conductivity to serve as the nanowire
component in electronic devices. Advantages of microbial nanowires over traditional nanowire …

… rings to confer a metallic-like conductivity or that closer … consistent with the metallic-like
conductivity hypothesis (22, 24… A highly conductive fibre network enables centimetre-scale …

… conductive microbial nanowires contain β-sheets contrast with previous studies that have
assumed that nanowires … used IR radiation from a wavelength-tunable quantum cascade laser (…

… Our observed conductivity (nS/m range) is also significantly lower than the microbial nanowires
that inspired this work (Table S1); however, to the best of our knowledge, no conductivity …

… The measured conductivity of bundled FimA A80W … of conductive microbial nanowire
networks 33 . It is important to note that the conductivity of individual filaments and the conductivity …

… of microbial nanowire structures have forced us to rethink the aforementioned decade-old
beliefs [9,13]. Rather than pili, we found nanowires … or visualized their network to determine the …

… along networks of Geobacter sulfurreducens protein filaments, known as microbial nanowires…
These nanowires were previously thought to be type IV pili composed of PilA protein. Here, …

… Accordingly, cytochromes and conductive nanowires have … , the conductive pilus hypothesis
suggests that G. sulfurreducens expresses conductive pili with metallic-like conductivity that …

… provide a framework for rational design of nanowire structures with tunable conductivity by
modulating the redox potential of hemes and heme distortions by leveraging changes in the H…

… Conductive protein nanowires generated by Geobacter and several other microorganisms
… These protein nanowires can form conductive networks and contribute to direct intercellular …