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Although experimental verification of electron transport in biopolymers is sparse, there is enough circumstantial evidence to suggest that hopping by the tunnelling mechanism offers a microcircuit concept for biology which is firmly based on modern concepts of the amorphous solid state, and which exactly parallels the latest developments in the new science of molecular electronics.
An understanding of the nature of the contact between metals and biological materials is important for several reasons. Firstly, without a knowledge of possible charge transfer at the contact, it is never certain that intrinsic electrical properties can be determined. Secondly, in the medical field, charge transfer between a living system and the surface of a prosthetic device may be important in...
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