Researchers at the University of Southern California Viterbi School of Engineering have developed thin, flexible polymer - based materials for use in microelectrode arrays that record activity more deeply in the brain and with more specific placement than ever before. (sciencedaily.com)
For example, in nonhuman primates, stimulation using microelectrodes improved face categorization (Afraz et al., 2006), modulated motion perception with great specificity (Fetsch et al., 2014), and increased the learning rate during a reinforcement learning task (Williams and Eskandar, 2006). (elifesciences.org)
Linsenmeier et al. [1] measured intraretinal PO2 with microelectrodes in cats with long - standing diabetes and concluded that the retina was hypoxic in the early stages of retinopathy. (molvis.org)