Electrochemically Driven Assembly of Chitosan Hydrogels on PEDOT Surfaces
Aruã Clayton Da Silva,
Celine Amadou‐Douah,
Stavriani Koiliari
et al.
Abstract:Hydrogels are attracting interest in the field of bioelectronics due to their ability to serve as coatings on electrodes, improving the electrochemical interface, addressing the mechanical mismatch, and offering potential for localized drug or cell delivery. Challenges persist in integrating hydrogels with electrodes typically composed of metals and/or organic semiconductors. Here, an electrochemically driven method is introduced for direct growth of chitosan hydrogels onto poly(3,4‐ethylenedioxythiophene) (PE… Show more
The unprecedented surge of pandemic, outpouring unknown diseases and new metabolic patterns expressing serious health issues demand the development of new diagnostic tools, therapeutic solutions, healthcare and environmental monitoring systems....
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