Hydrogel facilitated bioelectronic integration

Cellulose-Based Bioelectronic Devices

Interfacing nanomaterials for bioelectronic applications

The integration of nanomaterials as a bridge between the biological and electronic worlds has revolutionised understanding of how to generate functional bioelectronic devices and has opened up new horizons for the future of bioelectronics. The use of nanomaterials as a versatile interface in the area of bioelectronics offers many practical solutions and has recently emerged as a highly promisin...

Stimulating bioelectronic medicine discovery for urological disorders.

Graphene field effect transistors for bioelectronic applications

The development of the future generation of neuroprosthetic devices will require the advancement of novel solid-state sensors with a further improvement in the signal detection capability, a superior stability in biological environments, and a more suitable compatibility with living tissue. Due to the maturity of Si technology, Si-based MOSFETs have been extensively used in previous decades for...

Bioelectronic Noses Based on Olfactory Receptors