Background Microfluidic devices have evolved into low-cost, simple, and powerful analytical
tool platforms. Herein, an electrochemically-based microfluidic nanobiosensor array for …

The integration of the electrochemical detection system together with microfluidic technology
is an attractive choice for the construction of miniaturized components in a single platform …

The integration of microfluidics with electrochemical analysis has resulted in the
development of single miniaturized detection systems, which allows the precise control of …

Clinical assessment based on a single biomarker is in many circumstances not sufficient for
adequate diagnosis of a disease or for monitoring its therapy. Multiplexing, the …

Utilizing biosensors for multiplexed detection can greatly increase analysis throughput and
thus, the amount of information obtained in a single assay. The microfluidic chip, a type of …

Nanostructured microelectrodes (NMEs) are three-dimensional electrodes that have superb
sensitivity for electroanalysis. Here we report the integration of NMEs with the versatile fluid …

In this review, electrochemical sensor arrays were investigated for various
chemical/biological sensing applications including proteins, whole cell pathogens, and …

Biosensors are analytical devices or systems used to detect a specific target by converting
and amplifying a biomolecular recognition event to a dateable semiquantitative or …

Due to the rapid development of micro/nano manufacturing techniques and the greater
understanding in electrochemical principles and methods, micro/nano electrode array …

Rapid yet accurate detection of disease-related biomarkers is key for point of care testing,
where there is an increasing demand for multi-index analysis. Here, we present a versatile …