Biosensors Based on Acoustic Wave Devices
A special issue of Chemosensors (ISSN 2227-9040).
Deadline for manuscript submissions: closed (31 December 2020) | Viewed by 3179
Special Issue Editor
Interests: piezoelectricity; deposition of piezoelectric films; electro-acoustic devices; SAW and BAW propagation; electro-acoustic decives for signal processing and sensor applications
Special Issue Information
Dear Colleagues,
Over the last decade, worldwide interest in biosensors has continuously grown due to the high performances obtained with the use of specific bioreceptors and their wide range of applications in biomedical and healthcare sectors, environmental monitoring, food industry, and so on.
Nevertheless, several challenges remain for obtaining reliable biosensors, in particular to satisfy the demand for implantable devices for the diagnosis and management of metabolic diseases. More recently, advances in nanomaterial synthesis opened a new era for the development of biosensors with enhanced performances. Nano-biosensors exploit the unique properties of nanomaterials and their high specific surface that enables immobilization of an enhanced number of bioreceptors at reduced volume.
In this context, a promising technology platform for the development of biosensors is based on electro-acoustic transduction obtained by piezoelectric materials. This technology ensures a high sensitivity and fast response time typical of electro-acoustic devices and, at the same time, ensures miniaturization, low cost, and, eventually, CMOS compatibility.
The main objective of this Special Issue is to highlight modeling, simulation, and fabrication technologies of biosensors based on different configurations of electro-acoustic devices (delay-lines, resonators, etc.) and to exploit propagation of different modes (i.e., SAW, BAW, Love, SH-SAW, and Lamb). Topics of interest also include strategies for immobilization processes of bioreceptors, eventually in conjunction with functionalized nanomaterials.
This Special Issue aims to provide original research papers and reviews on the state-of-the-art, present-day progress and perspectives within the topics of interest.
Dr. Massimiliano Benetti
Guest Editor
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Keywords
- Biosensors based on the propagation of acoustic waves: SAW, BAW, Lamb, Love, and SH-SAW
- biosensors based on delay-lines and resonators (SAW, FBAR, QCM, Contour-Mode Resonator)
- immobilization strategies of bioreceptors
- nanomaterials and functionalization strategies
- acoustophoresis for biosensing applications
- biosensor arrays
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