Abstract

K. Poornima¹, A. Sankar², S. Rameshkumar³ and M. Periasamy^4*

DOI : http://dx.doi.org/10.13005/ojc/390426

Using the EIS method (Electrochemical Impedance Spectroscopy), the interaction of the BLM (lipid bilayer membrane) system with Ofloxacin in NaCl bath solutions was studied. The BLM system shows electrical properties and stability, which mainly depend on the concentration of the sodium chloride bath solution. The stability of the BLM system increased due to the increase in the concentration of NaCl. On the surface of BLM, a fixing impact has been created due to the cations. The Ofloxacin atoms get divided into the BLM stage and display the fluidization impact. The resistance of the membrane decreases with the concentration of Ofloxacin. To identify Ofloxacin in the arrangement, an impedimetric sensor was created. The level of Ofloxacin detected mainly depends on the sodium chloride concentration present in the bath solution.

Bilayer lipid membrane; Biomembrane; EIS; Ofloxacin; NaCl bath

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