We report the development of a quantum dot (QD)–peptide–fullerene (C60) electron transfer
(ET)-based nanobioconjugate for the visualization of membrane potential in living cells. The …

Intracortical probe technology, consisting of arrays of microelectrodes, offers a means of
recording the bioelectrical activity from neural tissue. A major limitation of existing …

Abstract Conducting polymers, especially poly (3, 4-ethylenedioxythiophene)(PEDOT)
based materials, are important for developing highly sensitive and microscale neural …

In vitro assays offer a means of screening potential therapeutics and accelerating the drug
development process. Here, we utilized neuronal cultures on planar microelectrode arrays …

Neural interfaces aim to restore neurological function lost during disease or injury. Novel
implantable neural interfaces increasingly capitalize on novel materials to achieve …

Using human cell models mimicking the central nervous system (CNS) provides a better
understanding of the human CNS, and it is a key strategy to improve success rates in CNS …

Neuronal spike sorting algorithms are designed to retrieve neuronal network activity on a
single‐cell level from extracellular multiunit recordings with Microelectrode Arrays (MEAs). In …

Implantable neural interfaces offer promise as prosthetic devices that enable communication
and control of artificial limbs for individuals suffering from paralysis and amputation. While …

Microelectrode arrays (MEAs) enable non-invasive recording of supra-threshold signals, ie
action potentials or spikes, from a variety of cultured electrically active cells. While this label …

In vitro neuronal cultures have become a popular method with which to probe network-level
neuronal dynamics and phenomena in controlled laboratory settings. One of the key …