… Presently, a typical acquisition in humans includes a single scan of approximately 5–10
min using a repetition time (TR) in the range of 2–3 s that allows for whole-brain coverage with …

… Keilholz and associates utilized simple thresholding to separate the time courses from
somatosensory areas, motor cortex, and the caudate putamen in the anesthetized rat into three …

… For example, hemodynamic responses were longer in latency, from 2 s in awake to 4 s in …
For a human study with a 2 s TR that is low-pass filtered with a cutoff at 0.1 Hz, the maximum …

… The percent signal change ((S min −S max )/S mean ) of each pulse was calculated from …
using a similar QPP algorithm as Shella Keilholz's group previously. The QPP algorithm uses a …

… Correlation time-course for 20 s window length is very similar to those obtained from
window lengths ranging from 5 s to 40 s (cc > 0.8). Therefore it is not necessary to have exact …

… with state durations from 20 TRs (≈ 13 s) to 130 TRs (≈ 84 s).The formation of these five SNs
… The state durations for the SNs ranged from ≈ 13 s to ≈ 129 s, while the window lengths …

… s increments (TR = 0.5 s, from − 9.5 s to 9.5 s). The BOLD/infraslow LFP correlation coefficients
were measured from voxels near the recording electrode and plotted as a function of time …

… times from 0 s to 9 s. The 20 bin centroids are exponentially distributed from 0 s to 9 s. (a) …
at peristimulus times of −6 s, −4 s and −4 s to 8 s, correlation at peristimulus times of −16 …

… One of the drawbacks of previous functional connectivity studies in the rodent is that they
were performed with relatively low temporal resolution [repetition time (TR)=1.5–2 s] without …

Resting-state functional magnetic resonance imaging (MRI) has yielded seemingly
disparate insights into large-scale organization of the human brain. The brain’s large-scale …