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1  of a musician with a low-grade tumor in the right temporal lobe.
2 entity showing a predilection to involve the right temporal lobe.
3 ut the groups showed no differences over the right temporal lobe.
4 izes cerebral dynamics across communicators' right temporal lobes.
5 rehension appears to depend on both left and right temporal lobe activation.
6 erence in pixel intensities between left and right temporal lobes, among the 20% most asymmetric left
7 ith both patients with epileptic foci in the right temporal lobe and controls.
8 obe asymmetry and greater involvement of the right temporal lobe and superior motor cortices than the
9 up-regulation was spatially localized to the right temporal lobe and the ventromedial prefrontal cort
10 linical features associated with predominant right temporal lobe atrophy differs significantly from t
11   The mean right temporal lobe volume in the right temporal lobe atrophy group was reduced by 37%, wi
12                   Symptoms particular to the right temporal lobe atrophy patient group included hyper
13 vioural disorders were more prevalent in the right temporal lobe atrophy patient group than the seman
14               Prosopagnosia was a symptom in right temporal lobe atrophy patients.
15                              The severity of right temporal lobe atrophy was quantified using volumet
16             Twenty patients with predominant right temporal lobe atrophy were identified on the basis
17 y greater decreases than healthy subjects in right temporal lobe, bilateral superior temporal gyrus a
18 e) spatial memory impairment associated with right temporal lobe damage that is related to the integr
19 , such as the superior temporal gyrus or the right temporal lobe, did not determine which individuals
20  pre- and postoperative data in the left and right temporal lobe epilepsy groups separately.
21 sults suggest that visual memory function in right temporal lobe epilepsy is affected differently by
22 the memory-encoding network in both left and right temporal lobe epilepsy patients across both verbal
23 h diffusion tensor imaging in 26 left and 20 right temporal lobe epilepsy patients before and a mean
24                                     Left and right temporal lobe epilepsy patients were impaired on p
25                                Patients with right temporal lobe epilepsy showed increased left anter
26                                           In right temporal lobe epilepsy, greater right hippocampal
27                                           In right temporal lobe epilepsy, greater right than left an
28  of names and the corresponding parts of the right temporal lobe for faces.
29 ur findings strongly support the role of the right temporal lobe in processing narrative speech and,
30 sults suggest that lower WM integrity in the right temporal lobe might be a biomarker for genetic ris
31  task, a deficit of activity was seen in the right temporal lobe of the callosum group.
32 ences in total cerebral, left temporal lobe, right temporal lobe, or total temporal lobe volumes were
33 e fewer but larger axons connecting left and right temporal lobes, or their axon membranes in these r
34 with motor neuron disease, eight type C with right temporal lobe presentations, and 11 unclassifiable
35 erformance did not decline following left or right temporal lobe resection, but improved at 3 and 12
36 e area of resection, following both left and right temporal lobe resections.
37 ns in verbal episodic memory were seen after right temporal lobe surgery, and visual episodic memory
38                                     The mean right temporal lobe volume in the right temporal lobe at
39         The responses were recorded over the right temporal lobe while the infants were presented wit

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