Xavi Illa

This paper presents a bidirectional neural interface combining graphene technologies for recording and stimulation, showing that recording performance is not compromised during stimulation.

This paper develops a graphene-based electrode with hybrid encapsulation for chronic nerve stimulation and recording, showing improved stability and performance in vivo.

This paper develops a low-temperature method to integrate electrochemical sensors into OSTE+ microfluidics for real-time oxygen monitoring in organ-on-a-chip systems.

The paper uses graphene micro-transistor arrays and imaging to study how blood flow and electrical activity change during brain injuries in mice.

This study evaluates flexible graphene-based microelectrodes for deep brain stimulation and recording in Parkinsonian rats, showing high signal quality and potential for adaptive neuromodulation.

This study introduces DC-coupled graphene neural probes to record infra-slow brain dynamics in freely moving rats, linking synchronous states to structured DC potential shifts.

This paper introduces flexible graphene micro-transistor depth neural probes for recording infraslow and high-frequency neuronal activity in rodents, demonstrating their utility in epilepsy research.