Applications of Sensors in Human Biomarker Detection

We are delighted to announce this collection focusing on "Applications of Sensors in Human Biomarker Detection". This collection is geared towards creating a platform for researchers and industry professionals to disseminate their latest research breakthroughs and technological progress in the domain of sensor technologies for biomarker detection.

Biomarkers play a pivotal role in disease diagnosis, health monitoring, and personalized medicine, necessitating their precise and real-time detection for the advancement of modern healthcare practices. Leveraging technological advancements, sensor technology has emerged as a fundamental facilitator in the realm of biomarker detection, owing to its exceptional sensitivity, swift responsiveness, and miniaturization advantages. This thematic area delves into a broad spectrum of sensing platforms, encompassing semiconductor metal oxide sensors, electrochemical sensors, surface acoustic wave (SAW) sensors, and optical sensors, with the objective of exploring their innovative applications in diverse contexts, such as exhaled gases, bodily fluids and wearable devices. The versatility and adaptability of these sensor technologies equip them to cater to varied detection requirements and foster the extensive utilization of biomarkers in numerous applications. Semiconductor metal oxide sensors, renowned for their remarkable sensitivity and stability, excel in detecting a myriad of biomarkers, particularly in the analysis of bodily fluids. Electrochemical sensors, characterized by their user-friendliness and cost-effectiveness, have seen widespread deployment in blood and urine analysis, facilitating real-time monitoring of physiological conditions. SAW sensors stand out in the identification of exhaled gases, harnessing principles of sound wave propagation to achieve precise biomolecular detection, thereby introducing novel avenues for early diagnosis of respiratory ailments. Furthermore, optical sensors present innovative prospects for non-invasive detection in vitro, showcasing distinct advantages.

Through the integration of these diverse sensor technologies, this thematic area strives to propel advancements and innovations in biomarker detection, fostering their clinical implementation and enhancing the efficacy of disease diagnosis and health monitoring practices. These endeavors not only contribute to scientific progress but also offer indispensable support in enhancing patient health management and treatment outcomes. Researchers, engineers, and practitioners are cordially invited to submit their manuscripts for consideration in this collection.

Keywords: AI Enabled Biosensor, Applications in Wearable Technology, Disease Detection, Exhaled Gas Analysis, Health Monitoring

This Collection supports and amplifies research related to SDG 9.