Templated Xerogels as Selective Chemical Sensors

The results suggest SSTTXs as new sensor elements for glycoside, pharmaceutical, prostaglandin and steroid sensors. Indeed, a 2 pm thick film sensor (i) provides 0.3 pM detection limits for 9-anthrol (ii) yields a 45 s response time and (iii) is completely reversible (6% relative 

Detection Sensing F,lter Layer Layer Layer 

the imprinted films show high selectivity towards parathion in comparison to similar organophosphates. The binding has been shown to be very sensitive to the type of functional monomer used for imprinting, and that rational design of the matrix components is an 

Protein Imprinted Xerogels with Integrated Emission Sites (PIXIES) 

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