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4 hese observations correspond to a paucity of foveolar cell secretory vesicles and notable loss of sto
5 iption factor in terminal differentiation of foveolar cells and begins to define the requirements to
6 stronger in tumor cells compared with normal foveolar cells in 7 (21%), 15 (44%), and 8 (2.1%) of 34
7 s, residual normal gastric epithelial cells (foveolar cells) were present for direct comparisons of i
8 tal cells (atrophic gastritis), expansion of foveolar cells, and reprogramming of digestive enzyme-se
13 an earlier study, the authors reported that foveolar choroidal blood flow (ChBFlow) decreases in pat
16 oppler flowmetry was used to assess relative foveolar choroidal blood velocity (ChBVel), volume (ChBV
17 n, the results suggest that decreases in the foveolar choroidal circulation precede the development o
19 ificantly in the fovea, the total numbers of foveolar cones are very similar both between and within
21 lgus monkeys, considerable variations in the foveolar contour, even within the same species but from
24 interdigitation zone in the central fovea), foveolar detachment, and acquired vitelliform lesion.
25 matic APC gene alterations between FGPs with foveolar dysplasia (10 of 20, 50%), indefinite for dyspl
27 terations in 41 FAP-associated FGPs (20 with foveolar dysplasia, six indefinite for dysplasia, and 15
28 isms may play a greater role with increasing foveolar eccentricity and point to a possible cortical m
31 neoplastic duodenal lesions (eg, metaplastic foveolar epithelium and gastric heterotopia) may mimic n
35 obiliary (PB), intestinal (INT), and gastric foveolar (GF) epithelium may occur with either low-grade
38 fundus leads to oxyntic atrophy and massive foveolar hyperplasia in both metallothionein (MT)-TGFalp
39 epithelial defects, oxyntic atrophy, marked foveolar hyperplasia, dysplasia, and robust serum and ti
44 ing for accurate control over the stimulated foveolar location despite the continuous eye motion at f
46 We studied 13 sporadic FGPs with surface/foveolar low-grade dysplasia or changes indefinite for d
48 pithelial detachment, enterocyte injury, and foveolar metaplasia) were used to score each histopathol
49 and de novo expression of MUC5AC, a gastric foveolar mucin, was observed in all stages of PanINs and
51 hm was applied for automatic segmentation of foveolar optical coherence tomography images in cynomolg
52 o the stomach and expressed predominantly in foveolar (pit) cells, the abundant mucin-producing cells
54 veolar thickness, choroidal thickness in the foveolar region, ellipsoid zone band length and the oute
55 s finding may be attributable to the greater foveolar scan density attained with radial scan patterns
56 nonconventional types of dysplasia, such as foveolar, serrated, and early crypt dysplasia, which mak
57 esions, and typically demonstrated a gastric-foveolar subtype epithelium with low or intermediate gra
58 Ns arise independently and exhibit a gastric-foveolar subtype, with low to intermediate dysplasia.
59 n average of 43.5% (range, 14%-100%), excess foveolar thickness (CEN) was reduced by an average of 42
60 ed that patients with higher measurements of foveolar thickness, choroidal thickness in the foveolar
62 e, far from being uniform, as often assumed, foveolar vision is characterized by perceptual asymmetri