Real-time monitoring of environmental exposure causing chronic diseases including asthma
and COPD has assumed enormous significance due to prolific advances in materials …

Scientific studies on pollutants and their health effects indicate that real-time monitoring of
environmental triggers can improve public health and reduce healthcare costs. This paper …

Alongside climate change, air pollution is one of the most concerning public health topics of
the 21st century. Statistics estimate that more than seven million people die from air pollution …

Abstract Customizable, portable, battery-operated, wireless platforms for interfacing high-
sensitivity nanoscale sensors are a means to improve spatiotemporal measurement …

Advances on system-on-chip and organic sensors allows the development of miniaturized
impedance measurement hardware for gas monitoring in Internet-of-Things (IoT). In this …

Carbon nanotubes (CNTs) have several advantages as sensor elements, including large
surface area for electrical conductivity, low cost, low-temperature operation and the ability to …

High frequency impedance spectroscopy (HFIS) biosensors based on nano-electrode arrays
(NEA) demonstrated the capability to overcome the screening limits set by the Electrical …

Owing to the rapid development of sensor technology and surge in internet of things (IOT)
based system usage, the use of cost effective electrochemical sensors for various …

Impedance analysis is a powerful technique that has become increasingly important in
various applications, it represents a leap forward in the field of electronic measurments and …

Electrochemical immuno-biosensors are one of the most promising approaches for accurate,
rapid, and quantitative detection of protein biomarkers. The two-working electrode strip is …