Medical science technology has improved tremendously over the decades with the invention
of robotic surgery, gene editing, immune therapy, etc. However, scientists are now …

While microelectrode arrays (MEAs) offer the promise of elucidating functional neural
circuitry and serve as the basis for a cortical neuroprosthesis, the challenge of designing …

Abstract Poly (3, 4‐ethylenedioxythiophene) doped with polystyrene sulfonate (PEDOT:
PSS) is widely used as a coating on microelectrode arrays in order to reduce impedance for …

Parylene C has rapidly gained attention as a flexible biomaterial for a new generation of
chronic neural probes. However, polymeric material failure in the form of delamination …

The advent of nanotechnology has brought along new materials, techniques, and concepts,
readily adaptable to lipid membrane-based biosensing. The transition from micro-sensors to …

While the importance of thin form factor and mechanical tissue biocompatibility has been
made clear for next generation bioelectronic implants, material systems meeting these …

The stability of the interface between neural tissue and chronically implanted devices is
crucial for interrogation for both the central and peripheral nervous systems. One of the main …

In recent twenty years, the research and applications of conducting polymers (CPs) in the
biomedical field have attracted wide attention and get accelerating growth. Among of them …

In the United States alone, there are more than 2 million people living with limb loss and
prosthetic devices have long been the solution to recover their activities of daily living …

L'électrophysiologie est le domaine de la physiologie qui vise à enregistrer l'activité
électrique des tissues biologiques. En utilisant des microélectrodes implantées dans le …