The scope of the present research project is to develop an innovative, simpler, fast, and more efficient system for the „no-biopsy approach” for Celiac disease (CD) diagnosis. The new system will be based on modified working electrodes with hybrid coatings containing conducting polymer nanostructures doped with quantum dots. We proposed to develop the new system in three stages.
The research project MATSENSBIO is aiming to develop sensitive and selective electrochemical sensing platforms based on nanocomposites materials for the analysis of relevant biologically active compounds like neurotransmitters and antioxidants. The electrochemical sensors are developed by the modification of conventional electrode substrates like glassy carbon electrode and metal electrodes with nanocomposites materials consisting of conducting polymers and metal/inorganic nanoparticles.
Our project refers to the design and elaboration of a new type of nano structured multilayers smart coating by Matrix Assisted Pulsed Laser Evaporation (MAPLE) techniques and characterized, having in mind the obtaining of good bio-activation and multifunctional applications. This subject is strongly related to the smart specialization domain “Eco-nanotechnology and advanced materials ” and is focussed on advanced materials