Sentence examples for reliability of brain from inspiring English sources

Assessing the reliability of brain activation across study sites and comparing statistical methods for pooling functional data are critical to ensuring the validity of aggregating data across sites.

As discussed above, different atlases can be applied for different neuroimaging data to find some similar network properties, but discrepancies in the properties exist, which means that atlases are an important factor in the reliability of brain network analysis.

The present study investigated the short- and long-term retest reliability of brain activity measured with functional near-infrared spectroscopy (fNIRS) during verbal fluency, the most published cognitive task within fNIRS literature.

It demonstrated that remote video-based NIHSS assessment was both feasible and comparable to bedside assessment   Puetz et al. [[21]] Neurology 2013 80 332 338 Reliability of brain CT evaluation by stroke neurologists in telemedicine Retrospective analysis of the reliability and therapeutic impact of telemedicine-based CT interpretation in stroke patients CT scans from 536 patients were analysed.

This approach, however, has had a limited use due to technical complexities and, possibly, skepticism concerning the reliability of brain electrochemical measurements.

There is also growing concern regarding inter-individual variability in the efficacy and reliability of brain stimulation (Kim et al., 2014; Lopez-Alonso et al., 2014).

Here we evaluated the test retest reliability of several brain morphology measures using open-access datasets.

In sum, here we evaluated the reliability of several brain morphology estimates using two open-access datasets.

This study systematically investigated the similarity and reliability of resting brain networks (RBNs) in BOLD and ASL.

Thus we assessed the test retest reliability of the brain response to ketamine in healthy volunteers and identified an optimal modelling approach with reliability as our selection criterion.

Our objective, therefore, was to close the gap in knowledge about the reliability of assuming brain temperature values from measurements made at other body sites.