iSensor and iMedicine for Human Health

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Editorial

01 December 2022

Editorial: iSensor and iMedicine for human health

Chengchao Chu

and

Yan Zhang

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Editors

5

Yan Zhang

University of Jinan

Dejin Zang

Shandong First Medical University & Shandong Academy of Medical Sciences

Chengchao Chu

Eye Institute, Xiamen University

Huanshun Yin

Shandong Agricultural University

Laurent Ruhlmann

Université de Strasbourg

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Recently, iSensor and iMedicine have achieved flourishing development in human healthcare, pathogenesis research, and pharmaceutical innovation because of their flexibility and tunability as prerequisites satisfying the requirements for the challenging performance in complex operating environments, which may revolutionize the current status of global health. Following the evolving consumer demand and emerging technologies, significant advances and major breakthroughs will predictably occur in four areas on this topic: scope, connectivity, non-invasiveness and miniaturization, which will greatly reduce healthcare costs and might lead to significantly improved care to complement central laboratory diagnostics.

Undoubtedly, healthcare in the next few years will be individual centered by empowering patients and the general population with personalized devices for preventive medicine, mobile health care, and telemedicine. In particular, by combining machine learning and big data analytics, iSensor and iMedicine could shape the future of healthcare at a global level by providing users with more accurate diagnostics and more effective treatments.

Therefore, we encourage the submission of Original Research, Review, Mini Review and Perspective articles on themes including, but not limited to:
• Desired materials for the fabrication of iSensor and iMedicine
• Molecular recognition and precision therapy based on functional nanoprobes
• Sensing technologies for medical testing
• New drugs for disease prevention and treatments
• Photo/electrochemical organic synthesis and disease treatments
• Mechanism and application of mobile healthcare devices
• Clinical applications: such as cardiovascular testing, infectious agent testing, blood gas electrolytes, blood glucose monitoring, pediatric testing, etc

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Editors

Yan Zhang

University of Jinan

Dejin Zang

Shandong First Medical University & Shandong Academy of Medical Sciences

Chengchao Chu

Eye Institute, Xiamen University

Huanshun Yin

Shandong Agricultural University

Laurent Ruhlmann

Université de Strasbourg

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Published In

Frontiers in Chemistry

Analytical Chemistry

Frontiers in Sensors

Sensor Devices

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