… 1972) for local node dynamics, this regime of self-sustained oscillations was found … resting-state
activity. Here, using a similar but simpler oscillator model, we investigate these dynamics …

Altered oscillatory brain activity in Alzheimer disease (AD) may reflect underlying
neuropathological changes, and its characterization might lead to new diagnostic possibilities. The …

… Altered resting state oscillatory brain activity may reflect underlying neuropathological … up
to study differences in the pattern of resting state oscillatory brain activity in groups of demented …

… resting-state activity can be used to reveal intrinsic neural networks. To study the oscillatory
dynamics … to the best method for examining connectivity in resting-state MEG data. Here we …

… 3b) identify stable and unstable regions of quiescent and oscillatory dynamics, as well as
the critical line separating regions of stability from instability. In stable regions, the network is at …

… For theta oscillations, we found increased connectivity in long-range (… oscillations in FXS.
These findings are discussed in terms of aberrant maturation of neuronal oscillatory dynamics, …

… during rest in 12 healthy subjects we analyze the resting state … of high-frequency oscillatory
activity are conditioned to the … We further show that resting-state networks emerge from …

… studies, including faster oscillatory dynamics and non-stationary … the network mechanisms
leading to the resting-state activity. … Among all brain regimes, the resting state is particularly …

… very often studied in subjects at rest, since the resting state is a privileged condition in which
… Early resting state studies showed that electrophysiological oscillatory activity in specific …

… The identification of the normal dynamics of this intrinsic oscillatory activity in healthy
human brains may provide a clear baseline for all transient changes due to alterations in …