Bioelectronics – The bionic material. Nature Outlook article concerning the research of NIM member Jose Garrido. In its current issue the Nature. polymer bioelectronics for devices such as bionic eyes and cochlear implants. The material we’re using can conduct electricity using both. Bioelectronics: The bionic material. Authors: Schmidt, Charles. Affiliation: AA( Charles Schmidt is a science writer based in Portland, Maine.) Publication: Nature.

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Her aim is to create a soft and flexible conducting polymer. This involved modifying the properties of conductive polymers to create a soft interface that interacts more readily and reduces the foreign body response.

Bioelectronics: The bionic material

According to Dr Green, this has been accomplished by hybridising a conductive polymer with hydrogels and elastomers. The bionic eye developed by Dr Green comprises a camera, fitted to sunglasses, connected to a processor that converts the analogue signal into a digital format that is then delivered into the body.

The electronic package sits behind the ear under the skin. An electrode lead is inserted into the eyeball, where it can stimulate cells to create a perception of vision.

Bioelectronics – Wikipedia

A chip interprets the information received. The implants are powered via inductive coils; one remains outside the body, with a matching coil inside.


When clipped together magnetically, it can be used for data transmission. The brighter the image spot, the larger the amplitude of the electric pulses. There are 99 electrodes in our array; more electrodes means better visual acuity.

bioelecteonics Once you reach the tissue, you need to be able to stimulate and separate those channels. According to Dr Green, making sure that polymer-based tracks can carry electricity across these lengths is a challenge, hence the development of new polymer chemistries and fabrication techniques.

Bioelectronics appears to have a role to play in future medicine and, while Dr Green is working on improved audio and visual perception for diseased cells, Dr Rawson is looking to use materkal to communicate with cells wirelessly.

Bioelectronics: The bionic material.

Instead of implanting an electronic device near the nerve tissue and applying a current to modulate cell proteins and stimulate communication, Dr Rawson has other plans. If you can modulate that external electron flux electrically, we may be able to treat cancer. The cells take up these nanoparticles and when an external electric field is applied, the redox state on the surface of that nanoparticle is changed.

Porins — a type of protein — create channels through cellular bioelectronicz large enough to allow ions to pass.

These conductive wires are created by printing electrode systems on a glass substrate. When printing with conductive inks, Dr Rawson found an electrochemical reaction caused atoms to diffuse into the solution and self-assemble into nanoparticles. These then aligned at the conductive bipolar electrode, which has no physical connection to the circuit, bioeletronics conductive wires.


Current bioelectronics therapeutics require standard electronic materials, which need invasive surgery.

To do this, the next step is to develop a device to modulate that electrical behaviour and, therefore, control cell proliferation and communication. But she remains optimistic, believing that demand and growth for this technology will soon see commercial applications.

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