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The team have filed for a patent, and plan to refine the electrode microarray further. “What’s remarkable is that by simple nanomeshing, we show that conventional electrode materials can be made transparent, while not compromising electrode performance,” said Dr Fang.Īs microelectrode arrays are soft, flexible and more biocompactible, they can be safely implanted into the brain, and remain there for longer periods. The researchers used conventional electrode material and modified it using nanotechnology, making a fine, two-layered mesh.
Transparent microelectrodes have been developed previously from graphene and other matierials, but have not performed well. Or we can see how particular cell populations are impacted by abnormal electrical signaling.” “In Rett syndrome, for example, we can know which specific groups of neurons are generating the abnormal EEG signals we’ve been observing. “This allows us to do experiments that were not possible before,” said Dr Fagiolini. The researchers mention that optogenetics experiments can also be performed in conjunction with EEG using this device. This means light is able to pass through the array, enabling neuroimaging at the same time as recording the EEG signals. The nanotechnologies used allowed conventional electrode materials used to be made transparent. The method was developed so the electrodes could be placed a few micrometres apart, in contrast to them currently being placed a few millimetres apart. The new microarray was designed to be placed on the brain.
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