… of the protein fiber to charge transport. We demonstrate efficient charge transport along …
as biological protein nanowires and their applications in nanoelectronics are discussed. …

… nanowire–based junctions have successfully been exploited to study charge transport in
nanoscale protein … monolayers of proteins, after which gold nanowires are electrophoretically …

… to typical electron transport proteins, but cable bacteria … transport mechanisms in protein
nanowires as well as the design of an array of novel synthetic pilins tailored for unique nanowire …

… The study of electrically conductive protein nanowires in Geobacter sulfurreducens has
led to new concepts for long-range extracellular electron transport, as well as for the …

… protein manifests itself as a nanotube. Here, we consider the primary structure of the protein,
which is the nanowire for electronic transport … charge through the primary structure of protein …

… the charge localizing sites responsible for these high currents? What is the mechanism of
charge transport along a “nanowire”? … Our analysis of charge flow in bacterial “nanowires” has …

… conducting polymer nanowires for the local control of protein … narrow (760 nm) and wide
(1.5 µm) nanowires. We show that … We compare localization of charged proteins in response to …

… of the NW produces immobile charges that interact with the mobile charges present on both
… pH inside negatively charged lipid vesicles to be lower than pH of the outside solution (30). …

… charge number z = 7). In addition, reason of the electron transport over the protein nanowire
… of a microcurrent through the primary structure of protein in the absence of external fields. …

… ) n − ) donate charge (for example, H + /e − ) to the nanowire, … charging on solid interfaces
by atmospheric moisture 25,26,27 . Our nanowires seem to yield a particularly efficient charge …