Moreover, the observed EEG differences might in fact reflect brain adaptive responses to genetic vulnerability.
The validity and significance of the observations presented in this study, however, rest upon the following considerations: (1) When the technique was originally implemented, it was argued that the brain regional uptake of 11C-AMT might reflect blood-brain transport rather than brain 5-HT tranding and thereby, 5-HT synthesis [41].
For this reason, we hypothesized that the NP400 deflection might reflect the brain activity linked to the suppression of irrelevant information and/or the inhibition of inappropriate responses.
Overall, we consider correlation functions to provide a useful lens for characterizing and understanding the algorithms of visual motion estimation, but research should also consider visual motion estimation in alternate bases that might reflect the brain's biological substrates more directly (Rust et al., 2006).
The evolutionary advantage of increasing AngII/AT1 activity might reflect the brain's attempt to counteract the deficits in dopaminergic neurotransmission that accompany progression of Parkinson's disease, and concurrently, via the AngII/AT1/Nox4 pathway increase neurogenesis as a measure to replace neurons being lost.
The data suggest that the plasma resistin level might reflect the initial brain injury and could become a useful biomarker to predict survival in these patients.
We speculated that the asymmetric connection patterns of brain regions might reflect the functional lateralization of the human brain.
The engagement of perceptual regions of the brain might reflect the retrieval of sensory information, which should be present especially for true memories ('sensory reactivation hypothesis', [ 2, 11]).
The controversy among different studies regarding the predominant species and their contribution to the pathology of AD might reflect differences in the brain regions analyzed, imbalances in age and disease stages of the recruited cases, different protocols utilized and the characteristics of the peptides under investigation.
In senders, the global neurogenomic state at the whole-brain level might reflect the effects of sending a signal on brain gene expression or the tendency to engage in communication, or both.
