The Brain-Machine Interface: Nanotechniques for Improving Brain Electrochemical Monitoring and Modulating
Andrews R., Bennet K., Chang S.Y., Koehne J., Lee K., Meyyappan M., Rand E., NASA Ames Research Center, US
Purpose: Present-day neuromodulation, e.g. deep brain stimulation (DBS), is limited by inefficient charge transfer from electrodes to brain tissue, lack of brain chemical (neurotransmitter) monitoring, and absence of feedback-guided stimulation. Although DBS using platinum macroelectrodes [...]