The role of topology in electrical properties of bacteriorhodopsin and rat olfactory receptor I7
E.Alfinito, L.Reggiani
TL;DR
This paper investigates the electrical properties of bacteriorhodopsin and rat olfactory receptor I7, analyzing their impedance and current-voltage characteristics to understand their potential in sensing applications.
Contribution
It introduces a model to compare experimental electrical data of these proteins, assessing their transport parameters and predicting future sensing capabilities.
Findings
Model accurately fits experimental impedance spectra
Static current-voltage characteristics align with observed data
Predicts potential for biosensing applications
Abstract
We report on electrical properties of the two sensing proteins: bacteriorhodopsin and rat olfactory receptor OR-I7. As relevant transport parameters we consider the small-signal impedance spectrum and the static current-voltage characteristics. Calculations are compared with available experimental results and the model predictability is tested for future perspectives.
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