… estimating the relationship between neural spiking, LFP power… LFP oscillations might
modulate the timing of single-neuron … determinants of single-neuron activity in the human brain, …

… We found a robust mixing of neural network oscillations between sites of the human brain
(JHOI amplitude 0.4 ± 0.008, mean ± SD, p = 1.6e−16, paired t test vs. surrogate data). The …

… devices do not allow single-neuron recording or extensive … and precise timing with respect
to ongoing neural activity), … oscillatory (for example, theta) phase in the recorded neural signal …

… been shown to be underlain by the timing of action potentials in relation to cortical beta …
Glial cells account for between 50% and 90% of all human brain cells, and serve a variety of …

… Neural oscillations are an ubiquitous property of brain … such as those involved in timing and
time perception (for reviews… interested in determining how single neuron activity (ie spikes) …

… activity from brain organoids derived from human induced pluripotent stem cells. We inferred
functional connectivity from spike timing, … distributions of single neuron spiking activity and …

… to state that the brain is the most complex structure present in the human body, with more …
contribution of single-neuron behaviors [45]. It can also be concluded that spike timing has a …

… recordings have shown humans can control oscillations in the … The spike timings were used
to create a spike train, which … non-human primate and rodent single neuron neuroprosthetic …

… This result likely does not indicate that one single neuron can drive the entire LFP in a …
Travelling spindles create necessary conditions for spike- timing- dependent plasticity in humans. …

… multiple oscillations depend on their relative timings. Lastly, … patterned activity at lower, single
neuron and ensemble levels. … By comparison, best human pitch perception is on the order …