Deliverable 1.1 - Design, characterisation and optimization of aptamers, ADN/DNA probes and antibodies has been submitted.
Electrochemical biosensors rely on bioreceptors that selectively bind target pollutants, enabling the electronic transducer to convert these interactions into measurable signals. MOBILES partners are developing biosensors to detect a range of biotic and abiotic pollutants, including Bacillus cereus and Staphylococcus aureus, antimicrobial resistance genes, pesticides, and the hormone 17β‑estradiol.
This deliverable reports the screening work carried out by INRAE, the National Technical University of Athens, the University of Belgrade and the University of Bordeaux to identify and validate aptamers, antibodies, and DNA probes capable of specifically recognising these targets. These bioreceptors form the core of the biosensing components that will be integrated into MOBILES detection systems. Performance results will be presented in a later deliverable (D1.4).
As the document contains sensitive information, only the public summary is available.
D1.1
