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1 ped in mice (laterolateral anterior area and medial area).
2 anges were assessed by measuring the intimal medial area.
3 ensity in anterior CA1 was 31% less than the medial area.
4               AdCMV.hTIMP-2 had no effect on medial area.
5 FC, they are more often associated with more medial areas.
6  parietal operculum, precuneus, and parietal medial areas.
7  13 contribute to a sensory network, whereas medial areas 10, 14, and 25 are heavily connected to a v
8 ial" prefrontal network selectively involved medial areas 14r, 14c, 24, 25, 32, and 10m, rostral orbi
9                                              Medial area 29 (29m) has a layer III of medium and NFP-i
10                                              Medial area 3 is mainly connected to medial and dorsal s
11                    More specifically, caudal medial areas 32, 25, and 14r project to the medial edge
12 ; 7) anterior middle suprasylvian sulcus; 8) medial area 5; 9) the visual portion of the anterior ect
13 ea 5, anterior inferior parietal cortex) and medial area 6 in the frontal region.
14 amic projections to five prefrontal regions: medial area 9 (9m), lateral area 9 (9l), dorsal area 46
15                        Increases in vascular medial area and smooth muscle cell proliferation were qu
16 d equally inhibited the increase in vascular medial area and the proliferation of vascular smooth mus
17  a significant increase in medial thickness, medial area, and neointimal formation after vascular inj
18 d representation of reward identity and more medial areas are critical to representing value.
19  sectors, by targeting preferentially caudal medial areas (area 24, caudal 32 and 25), to a lesser ex
20 ferior frontal gyrus, but also extended to a medial area during the Tone Serial Position Task and to
21           E2 inhibited increases in vascular medial area following injury in the WT mice but not in t
22                        Although more rostral medial areas have been linked to complex cognitive opera
23 easured by analyzing the ratio of intimal to medial areas (I/M ratio) in carotid artery cross section
24 d total vessel area, lumen area, and intimal/medial area (IMA) were measured.
25 ht ventricular mass, increased smooth muscle medial area in pulmonary resistance vessels, and signifi
26                                       Aortic medial area increased in WT (0.12+/-0.02 to 0.17+/-0.02
27 viscerosensory' information (AId and PI) and medial areas involved in cognitive (PL) and visceromotor
28 rojection to V1 originating from the lateral medial area (LM) facilitated visual responses in layer 2
29  areas were activated, including a posterior medial area near precuneus, that could be dissociated fr
30 performed to measure ratios of neointimal to medial area (NI/M) in 10 sections per animal as a measur
31 tation, there was an overall increase in the medial area of aneurysms.
32 ns specific to the microstructurally defined medial area of the frontal pole in depressed patients.
33 lar changes were observed in isografts (mean medial areas of 3.3 +/- 0.3x0(5) microm2).
34                   These results suggest that medial areas of CPu involved in excitatory conditioning
35 meter (20-30 microm) and were located in the medial areas of the ganglia.
36 n several predominantly left lateralized and medial areas of the PFC.
37 substantia nigra and then progressed to more medial areas of this region.
38 p receptors and has been termed the parietal medial area (PM), as in previous investigations in squir
39 on any measure of vascular injury, including medial area, proteoglycan deposition, or smooth muscle c
40 al area, neointimal cell number, and intimal/medial area ratio as well as significant increases in ve
41 rteries dose dependently reduced the intimal/medial area ratio by up to 50% relative to controls trea
42  the PN, which were located primarily in the medial area, responded with short latency to both single
43 audal 32 and 25), to a lesser extent rostral medial areas (rostral area 32, areas 14 and 10), and spa
44 e rhythmic whisker movement in a small caudo-medial area (RW).
45 area V5 in infants but are dominated by more medial areas such as V3/V3A and V6 in adults.
46 the middle temporal area, and regions of the medial area, the middle superior temporal area, the dors
47 al areas, the middle temporal area (MT), the medial area, the ventral posterior parietal area, the do
48 ointimal area and the ratio of neointimal to medial area were significantly less in intact female rat