Sentence examples for brain imaging evidence from inspiring English sources

Recently, converging lines of brain imaging evidence have indicated the amygdala responds to arousal-salient visual stimuli, whereas the lateral and medial PFC are associated with valenced visual stimuli [19], [20], [21].

There is recent electrophysiological and brain imaging evidence showing that visual, auditory, and somatosensory integration occurs in early stages of the visual cortical pathways; for example, this integration has been shown to occur around the lingual gyrus (an overlapped node shared by Community I, III, and V) where Brodmann's area 17 is located [65], [66].

Patients were excluded if they presented a history of known or suspected cerebrovascular disease, focal neurological signs or brain imaging evidence for alcohol misuse, head trauma, significant psychiatric history preceding the current diagnosis, or any other major physical illness.

There has been much dispute between experimentalists over whether the brain imaging evidence (mostly fMRI and PET scans) supports the contention that V1, the primary visual cortex (which is by far the largest retinotopically mapped area of the visual cortex, with, by some distance, the most detailed map) is preferentially activated during visual imagery.

Thus, brain imaging evidence suggests that the DLPFC and parietal cortex may play a role in both task and source switching.

Magnetic resonance imaging evidence of progression of subacute brain atrophy in moderate to severe traumatic brain injury.

Legal scholars, for their part, have started debating the constitutionality of using brain-imaging evidence in court.

As part of the rulings, the court cited brain-imaging evidence that the human brain was not mature in adolescence.

In agreement with recent brain-imaging evidence, response time measurements for direct choice pairs in our experiments indicate that reappraisal processes are already triggered during decision making, with larger post-choice spreads (sharper attitude change) being associated to quicker decisions.

Our results provide converging behavioral and brain-imaging evidence showing that HC circuits supporting learning and memory decline more than striatal circuits in healthy aging and that declines in HC learning signals may predict early deficits in learning-dependent decisions among older adults.

Here we provide brain-imaging evidence that the syntactic processing of abstract mathematical formulae, written in a first order language, is, indeed efficient and effective as a rule-based generation and decision process.