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1 ther containing excess lysosomes or becoming microcystic.
2                                              Microcystic abnormalities involving the inner nuclear la
3 uritis compared with 71% of NMO eyes without microcystic abnormalities).
4  was not elevated in PDAC compared to serous microcystic adenoma (SMCA), but in both groups it was up
5                                              Microcystic adenoma and cysts of the pancreas occur spor
6 l and molecular data establish a serous cyst-microcystic adenoma continuum in the development of panc
7  adenomas (size <0.4 cm), and 35 macroscopic microcystic adenomas (size >0.5 cm).
8 iple: 21 benign serous cysts, 63 microscopic microcystic adenomas (size <0.4 cm), and 35 macroscopic
9 istopathological analysis of 21 cysts and 98 microcystic adenomas in nine VHL patients with a known g
10 n cysts (range, 0-8), 7.7 (1-37) microscopic microcystic adenomas, and 3 (0-21) macroscopic microcyst
11 crocystic adenomas, and 3 (0-21) macroscopic microcystic adenomas.
12 ion was used to examine associations between microcystic changes and measures of retinal structure an
13 s with ERM and glaucoma had a higher rate of microcystic changes both before surgery (P < 0.001) and
14 ymptomatic optic neuritis (100% of eyes with microcystic changes had experienced prior optic neuritis
15 ed to the formation of epithelial bullae and microcystic changes in PBK patients.
16 s between patients with NMO with and without microcystic changes in terms of age, sex, and aquaporin
17                                              Microcystic changes need to be assessed, and potentially
18                                              Microcystic changes occurred exclusively in eyes with a
19                                              Microcystic changes were identified in 5 of 25 patients
20 pacities, reticulations, bronchial dilation, microcystic changes, or a combination thereof.
21  of the upper face or midface, with mixed or microcystic composition, or with extensive unilateral or
22 transient hyphema, IOP spikes, and transient microcystic corneal edema.
23 segmental glomerulosclerosis associated with microcystic dilatation, similar to human HIVAN.
24                                              Microcystic epithelial changes and ocular surface diseas
25 rsible severe blurred vision associated with microcystic epithelial corneal changes reported in six p
26                            To our knowledge, microcystic inner nuclear layer abnormalities have not b
27                                              Microcystic inner nuclear layer pathology occurs in a pr
28                            Identification of microcystic inner nuclear layer pathology on spectral-do
29   X-linked retinoschisis is characterized by microcystic-like changes of the macular region and schis
30 e, risk factors and clinical significance of microcystic macular edema (MME) after pars plana vitrect
31                                              Microcystic macular edema is not specific for demyelinat
32                                              Microcystic macular oedema (MMO) of the retinal inner nu
33        Patients with multiple sclerosis with microcystic macular oedema also had higher Multiple Scle
34 ecutive patients with multiple sclerosis for microcystic macular oedema and examined correlations bet
35 ior visual pathway resulted in occurrence of microcystic macular oedema as recognized from experiment
36        Patients with multiple sclerosis with microcystic macular oedema had significantly worse disab
37                              The presence of microcystic macular oedema in multiple sclerosis suggest
38                                              Microcystic macular oedema may also contribute to visual
39                                              Microcystic macular oedema occurred more commonly in eye
40                     We unexpectedly observed microcystic macular oedema using spectral domain optical
41                                          The microcystic oedema predominantly involved the inner nucl
42                                            A microcystic pattern of macular oedema was observed on op
43 of HIVAN, NGAL mRNA was abundant in dilated, microcystic segments of the nephron.
44            An association between pancreatic microcystic (serous) adenomas (MCAs) and von Hippel-Lind
45 a normal foveal contour without intraretinal microcystic spaces and a resolution of the photoreceptor
46 and/or collapse of juxtamedullary glomeruli, microcystic tubular dilation, and tubulointerstitial fib
47  little or no correlation to azotemia, while microcystic tubules were evident in those with glomerulo
48 lerosis often of the collapsing variant, and microcystic tubulointerstitial disease.
49 een studied for immune and genetic causes of microcystic tubulointerstitial nephritis with little att