Sentence examples for brain imaging in human from inspiring English sources
Brain imaging in human subjects undergoing anesthesia is tricky because it requires anesthetizing people within a scanner and outside a normal operating room.
Supported by evidence from brain imaging in human subjects, the model proposes that action selection is guided by hierarchically ordered control signals, processed in a network of brain regions organized along the anterior posterior axis of the lateral prefrontal cortex.
Advanced brain imaging in human experimental models provides a unique opportunity to identify biomarkers specific to primary headaches.
Brain imaging in humans is currently achieved by using 99mTc-ethyl cysteinate dimer (99mTc-ECD), 99mTc-hexamethylpropyleneamine oxime (99mTc-HMPAO), 125I-sibutramine, and 125I-fluoxetine (Ogasawara et al. [2001]; Chang et al. [2002]; Bonte et al. [2010]; and El-Ghany et al. [2007]).
Lesion studies in rodents and functional brain imaging in humans suggest a preferential role for the septal HPC in spatial learning and a preferential role for the temporal HPC in anxiety.
Although there are many differences in activation patterns across studies, brain imaging in humans has demonstrated a consistent cortical pain network the consisting of the primary (S1) and secondary somatosensory cortices (S2), insular cortex (IC), prefrontal cortex (PFC), and the anterior cingulate (ACC) cortices [ 42].
Based on these recent findings, it is proposed that we are now at the verge of applying these new analytical frameworks in human functional brain imaging in order to functionally fractionate brain regions which are conventionally modelled as functional units, e.g. areas within the posterior parietal cortex, into distinct subdivisions with different functional contributions.
This finding is consistent with converging evidence from electrophysiological recording studies in the monkey and neuropsychological and brain imaging studies in humans that the right prefrontal cortex is implicated in inhibitory processes underlying task switching [ 20, 21].
One robust finding in both lesion and brain imaging studies in humans is that cortical function is lateralized.
In the present study, audiological and brain imaging studies in humans were used to identify the anatomical structure where lidocaine has its action on tinnitus.
