Dear colleagues,

Chemistry Microsensors are tiny devices designed to detect and measure chemical substances in small quantities. They use chemical or biological sensing elements deposited on microfabricated structures to detect chemical or physical changes that occur when the substance being detected comes into contact with the sensing element. These sensors have many potential applications in environmental monitoring, medical diagnostics, food safety and industrial process control. Chemistry Microsensors offer several advantages over traditional chemical analysis techniques including fast response times, high sensitivity and the ability to measure in real-time.

However, there are several challenges facing chemistry microsensors, including selectivity, sensitivity, stability and miniaturization. To overcome these challenges, researchers are developing new materials and fabrication processes by improving the design of the sensing element and optimizing the microsensor's signal amplification and processing.

To advance our knowledge in this particular field, it is crucial to gather information on the experiences of implementing chemistry and sensor technology into Microsensors and the impact of these technologies on various applications.

Therefore, we welcome research articles and reviews that discuss this topic. We eagerly anticipate receiving contributions from researchers in this area of study.

Section Editors

Dr. Shifa Ullah Khan

Prof. Zhaofeng Wu

Dr. Muhammad Ikram

Dr. Abdullah Bayram

Dr. Deghinmotei Alfred-Ugbenbo

Dr. Sekove Vodo

Dr. Muhammad Abdurrahman Munir