Abstract
Molecular imprinted polymers (MIPs) became a very important part within the preparation of artificial and strong recognition materials. MIPs bring several advantages, when integrated with potentiometric sensors for pharmaceutical analysis, especially enhanced selectivity for analytes (drugs) in different pharmaceutical or biological matrices. An overview on the use of MIPs as recognition element in potentiometric sensors for pharmaceutical assay is presented covering different synthesis procedures, sensor assembly, and selectivity coefficients for interferences. Also, summary of linearity range, lower limit of detection, slope and working pH for each sensor are presented.