Elitsa Gieva

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The present paper compares a protein hydrogen bonding network (HBN) to a microelectronic circuit. The HBN properties that are applicable to the microelectronic circuit are simulated in Matlab. The hydrogen bonds are coded in Matlab as tree- and four- terminal microelectronic block elements which build up the respective electrical circuit. The simulations(More)
A microelectronic circuit emulating the behavior of branched hydrogen bonding network is developed. Each hydrogen bond of the network is described in the electrical circuit by three or four-terminal block-element; the residue, which branches the hydrogen bonding network, is presented as a signal adding element. Each block-element is coded in Verilog-A(More)
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