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Critical Review of Polymer and Hydrogel Deposition Methods for Optical and Electrochemical Bioanalytical Sensors Correlated to the Sensor’s Applicability in Real Samples by Meike Bauer; Axel Duerkop; Antje J. Baeumner is a Chemistry article available to read on EtoBox.

What is Critical Review of Polymer and Hydrogel Deposition Methods for Optical and Electrochemical Bioanalytical Sensors Correlated to the Sensor’s Applicability in Real Samples about?

## Abstract Sensors, ranging from in vivo through to single-use systems, employ protective membranes or hydrogels to enhance sample collection or serve as filters, to immobilize or entrap probes or receptors, or to stabilize and enhance a sensor’s lifetime. Furthermore, many applications demand specific requirements such as biocompatibility and non-fouling properties for in vivo applications, or fast and inexpensive mass production capabilities for single-use sensors. We critically evaluated how membrane materials and their deposition methods impact optical and electrochemical systems with special focus on analytical figures of merit and potential toward large-scale production. With some chosen examples, we highlight the fact that often a sensor’s performance relies heavily on the deposition method, even though other methods or materials could in fact improve the sensor. Over the course of the last 5 years, most sensing applications within healthcare diagnostics included glucose, lactate, uric acid, O~2~, H^+^ ions, and many specific metabolites and markers. In the case of food safety and environmental monitoring, the choice of analytes was much more comprehensive regarding a varie

Who reads Critical Review of Polymer and Hydrogel Deposition Methods for Optical and Electrochemical Bioanalytical Sensors Correlated to the Sensor’s Applicability in Real Samples?

Author

Meike Bauer; Axel Duerkop; Antje J. Baeumner

Publisher

Springer Science and Business Media LLC

Published

2022

Language

EN

Field

Chemistry (Physical Sciences)