… composed of the PilA protein, also referred to as e-pili, in a metallic-like transfer mechanism,
in which aromatic amino acids have a major role [9, 10]. In this context, the group of David …

… toward corresponding microbial fuel cell applications. Furthermore, this material can serve
as a fundamental building block to be integrated with other microorganisms for constructing …

… microbial nanowires are now referred to as e-pili to avoid confusion with other conductive …
These are the results expected if e-pili form conductive networks enabling long-range electron …

… Extracellular electron transfer (EET) via microbial nanowires drives globally-… microbes
wire electrons rapidly (>10 6 s −1 ) from the inner-membrane through outer-surface nanowires …

… –19 in cable bacteria, we studied the conductivity at different temperatures for a broad …
conductive fibre network enables centimetre-scale electron transport in multicellular cable bacteria…

… The previously reported relay network conductivity model … no predetermined directionality in
the EET network, other than that … main concepts of the relay network model, pushing towards …

… in nanomaterial design and synthesis brings forth the new possibility for bioelectrical
interfacing as a result of their comparable dimension to biological building blocks and tunable …

… that the fibers support ohmic electronic transport and a metallic-like temperature
dependence of conductance in aqueous buffer. At higher solution concentrations, the peptide …

… Protein nanowires were shown to be highly responsive to pH with a widely tunable conductivity…
Since ammonia is known to modulate protonation, protein nanowires may be a promising …

… toward both metallic-like (band-like) electron transport (where the charge is delocalized along
the nanowire conductive … and manufacturing as electrode materials, tunable properties (ie, …