Executive Summary : | This project aims to design miniaturized/microfluidic sensing systems using biomimetic artificial receptor systems for insulin detection. The project combines expertise from Professor Sanket Goel BITS Hyderabad and Professor Peter Lieberzeit, who will jointly design an electrochemical system using miniaturized design approaches. The project will involve coating MIP nanoparticles over various platforms, analyzing electrochemical activity, and optimizing assay parameters. The Indo-Austrian cooperation will also evaluate the selectivity of the modified platform and its potential for interference-free insulin detection.
The project combines expertise from two Indian and Austrian laboratories, focusing on designing novel sensor systems with potential for market entry. The Indian laboratory specializes in developing measuring techniques and microfluidics, while the Vienna lab specializes in designing biomimetic recognition layers. The collaboration aims to enhance the efficiency and accuracy of microfluidic devices by combining chemistry and electrical engineering. The Indian laboratory will design devices and microfluidic systems, while the Vienna lab will optimize solid phase synthesis of MIP nanobodies. The project will also involve hands-on training for junior consortium members. The interdisciplinary work will allow researchers to work together and exchange ideas. |