Electrochemical sensing has been widely applied to a variety of applications involving
disease diagnosis due to its ability to measure targets directly, fast response, and high …

The monolithic integration of electrochemical sensors with instrumentation electronics on
semiconductor technology is a promising approach to achieve sensor scalability …

Wearable devices can be found as numerous types of health devices ranging from
monitoring hazardous environments to detecting physiological signals. Its utilities have also …

Recent technological advancements such as an expansion of available biomarkers and an
incremental burden of chronic and infectious diseases made point of care (POC) devices in …

Electrochemical sensing systems are crucial in driving forward the development of
biosensors that is indispensable for health monitoring. In this work, a compact, low-noise …

The organic molecules that participate in neural activity are collectively known as
neurochemicals. Communication between nerve cells largely takes place through the …

Electrochemical sensing systems have emerged as indispensable tools in various fields due
to their remarkable sensitivity, selectivity, and versatility. They play a pivotal role in modern …

Electrochemical sensing systems have become essential tools in numerous fields due to
their exceptional sensitivity, selectivity, and versatility. They play a critical role in modern …

The advent of sensor technologies and the resulting abundance of information together with
modern advanced processing capabilities makes improving human lives via human …

Many applications demand the continued development of sensing systems that employ
smart sensors, instrumentation circuits, and signal processing techniques to extract relevant …