Elaboration of a new sensor based on molecularly imprinted polymers for the detection of molecules in physiological fluids

Except the leak of the template molecule (NOR) from the MIP (3 ng) observed in the elution fraction, no targeted compounds were detected in non-spiked Evian water. The

recoveries of 100% with a SD of 8% on the MIP and of 64% with a SD of 11% on the NIP. To 

Therefore, in this paper we show that the combination of the amperometric biosensor and extraction step using molecularly imprinted polymer allows the selective detection

The analysis of the chromatographic behaviour, the comparison with NIPs and the selectivity for carbenda- zim showed that these polymers could be useful applied as stationary phase

Figures 3.1 (a-d) show the results of uploading to the MIPs and NIPs thin films expressed in terms of the peak area of analyte normalized to the peak area of internal

When a 830 nm laser was used to produce Raman scattering of the MIPs based on different functional monomers, the Raman spectra showed to be seriously distorted by fluorescence

Molecularly imprinted polymers for the removal of Iprodione from wine : experimental design and synthesis optimization... In order to remove these fungicides from wine

Direct fluorimetric sensing of UV-excited analytes in biological and environmental samples using molecularly imprinted polymer nanoparticles and fluorescence polarization..