Electrochemical Properties of Membranes Based on Associates of Beta-Lactam Antibiotics with Tetradecilammonium

Abstract

The electrode and transport properties of liquid and plasticized membranes based on associates of beta-lactam antibiotics with tetradecilammonium are studied. Rates of transport, penetrability, and ion flux of antibiotics are evaluated in conditions of self-diffusion and applied potential. Apparent dissociation constants are calculated for organic ion exchangers from steady-state resistances of membranes.