Ioulia Tzouvadaki1
Ghent University1
Memristive devices and systems, much akin to biological synapses, possess the intrinsic ability to simultaneously carry out computational tasks and store information at significantly reduced volumes and power consumption by modifying their memory state as a function of the integral of the input stimulus. These emerging technologies coupled with biological processes, opened new perspectives in the role of bio-inspired sensors introducing a versatile paradigm for label-free and ultra-sensitive bio/chemical sensing, holding great promise as intelligent bio-interfaces and sensory systems in the biomedical domain. The recent advancements in the transduction and processing of chemical biomarkers of the neural and immune system functions will be discussed while also providing a critical outlook on the prospective role of memristive devices as fundamental building blocks in advanced biosensing systems.