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A library of block-elements that mimics the behavior of the hydrogen bonds of Green Fluorescent Protein is created in Cadence for bioelectronics applications. A circuit is designed with these elements that model the architecture and behavior of the analogous hydrogen bonding networks of the protein. The circuit is studied by DC and transient analyses. The DC analysis shows that the output voltage...
A microelectronic circuit of block-elements functionally analogous to two hydrogen bonding networks is investigated in the present paper. The hydrogen bonding networks are extracted from Michaelis complex of β-lactamase protein. They are described by electrical circuits. The hydrogen bonds of the networks are presented by three- or four-terminal block-elements in the juxtaposed electrical circuits...
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