Brain‒machine interface (BMI) is a promising technology that looks set to contribute to the
development of artificial limbs and new input devices by integrating various recent …

Microelectrode array (MEA) technology is a widely used platform for the study of in vitro
neural networks as it can either record or stimulate neurons by accessing multiple sites of …

Brain-on-a-chip systems are designed to simulate brain activity using traditional in vitro cell
culture on an engineered platform. It is a noninvasive tool to screen new drugs, evaluate …

Compartmentalized microfluidic neural cell culture platforms, which physically separate
axons from the neural soma using a series of microchannels, have been used for studying a …

Neurons-on-a-Chip technology has been developed to provide diverse in vitro neuro-tools
to study neuritogenesis, synaptogensis, axon guidance, and network dynamics. The two …

In recent decades, microelectrodes have been widely used in neuroscience to understand
the mechanisms behind brain functions, as well as the relationship between neural activity …

This paper proposes neural tissue units with aligned nerve fibers (called rod‐shaped neural
units) that connect neural networks with aligned neurons. To make the proposed units, 3D …

Objective. The goal of this work is to develop and characterize an innovative experimental
framework to design interconnected (ie modular) heterogeneous (cortical-hippocampal) …

Morphology and function of the nervous system is maintained via well-coordinated
processes both in central and peripheral nervous tissues, which govern the homeostasis of …

Microelectrode arrays (MEAs) are widely used in neural recordings of cultured neurons and
neural tissues. The impedance of neural electrodes is an important factor because it …