Developing techniques to effectively and real-time monitor and regulate the interior
environment of biological objects is significantly important for many biomedical engineering …

The past two decades have witnessed breakthroughs in cellular‐scale bioelectronics and
their widespread applications in life sciences, creating many powerful platforms for studying …

Electrophysiology is a unique biomarker of the electrogenic cells that can perform a disease
investigation or drug assessment. In the recent decade, vertical nanoelectrode arrays can …

Electrophysiological recording, as a long-sought objective, plays a crucial role in
fundamental biomedical research and practical clinical applications. The challenge in …

Pharmaceutical compounds may have cardiotoxic properties, triggering potentially life-
threatening arrhythmias. To investigate proarrhythmic effects of drugs, the patch clamp …

New strategies for intracellular electrophysiology break the spatiotemporal limitation of the
action potential and lead a notable advance in the investigation of electrically excitable cells …

With the advancement of micro/nanotechnologies, multielectrodes arrays (MEAs) with
different three‐dimensional (3D) micro/nanostructures have been developed to achieve …

Electrophysiological study is an essential and significant strategy to explore the biological
mechanism of electrogenic cells. Current advanced nanodevices can achieve the high …

Electrochemical cell-based biosensors have attracted increasing interest within the last 15
years, with a large number of reports generally dealing with the sensors' sensitivity …

Developing accurate electrophysiological recording platforms is crucial for investigating
cellular electrical activities, understanding the mechanisms underlying cardiovascular …