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Next generation bioelectronics: advances in fabrication coupled with clever chemistries enable the effective integration of biomaterials and organic conductors

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posted on 2024-11-16, 10:04 authored by Paul Molino, Gordon WallaceGordon Wallace
Organic bioelectronics is making an enormous impact in the field of tissue engineering, providing not just biocompatible, but biofunctional conducting material platforms. For their true potential to be reached, it is critical to integrate organic conductors with other biopolymers in a targeted manner, allowing the development of devices and scaffold architectures capable of delivering a number of physical, chemical, and electrical stimuli. Herein, we provide an overview of the methods currently being employed to tailor organic conductors for bioapplications, with a focus on the development of fabrication techniques vital to the development of the next generation of intelligent bionic devices.

Funding

ARC Centre of Excellence - Australian Centre for Electromaterials Science

Australian Research Council

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History

Citation

Molino, P. J. & Wallace, G. G. (2015). Next generation bioelectronics: advances in fabrication coupled with clever chemistries enable the effective integration of biomaterials and organic conductors. APL Materials, 3 (1), 014913-1-014913-12.

Journal title

APL Materials

Volume

3

Issue

1

Language

English

RIS ID

97278

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