Novel bis (crown ether)-based potassium sensor for biological applications

Authors

Ernö Lindner, Budapest University of Technology and Economics
Klára Tóth, Budapest University of Technology and Economics
Judit Jeney, Budapest University of Technology and Economics
Mária Horváth, Budapest University of Technology and Economics
Ernö Pungor, Budapest University of Technology and Economics
István Bitter, Budapest University of Technology and EconomicsFollow
Béla Ágai, Budapest University of Technology and EconomicsFollow
László Töke, Budapest University of Technology and Economics

Abstract

Based on structure-selectivity studies on bis-benzo-crown ether derivatives, 2,2′-bis[3,4-(15-crown-5)-2-nitrophenylcarbamoxymethyl]tetradecane (BME-44) was designed and synthesized. The performance characteristics of this new, highly lipophilic ionophore of the group of bis-nitrobenzo-15-crown-5 derivatives with urethane linkage when used in liquid membrane electrodes are evaluated with special regard to the requirements of biological and clinical applications. Potentiometric steady-state and flow-through dynamic data are presented to prove the sensor capabilities for clinical and physiological potassium determinations. © 1990 Springer-Verlag.

Publication Title

Mikrochimica Acta

Recommended Citation

Lindner, E., Tóth, K., Jeney, J., Horváth, M., Pungor, E., Bitter, I., Ágai, B., & Töke, L. (1990). Novel bis (crown ether)-based potassium sensor for biological applications. Mikrochimica Acta, 100 (2022-03-04), 157-168. https://doi.org/10.1007/BF01244839