ライフサイエンスコーパス: vacuolated

1 er, the cortical cataracts were punctate and vacuolated.

2 ain irregular in shape, and the lens becomes vacuolated.

3 ich time the tapetum also appears abnormally vacuolated.

4 duced the neurons to become hypertrophic and vacuolated.

5 These cells become vacuolated and expand, and lead to failure in pollen mot

6 Instead, these cells are highly vacuolated and express large amounts of vesicular ATPase

7 Protegrin-treated N. gonorrhoeae became vacuolated and had striking membrane changes when viewed

8 ng bovine papillomavirus (BPV) E5 are highly vacuolated and have a much enlarged, distorted and fragm

9 eurone occurs only after cells become highly vacuolated and is manifested in an abrupt loss of plasma

10 late bodies, examples of binary fission, and vacuolated and nonvacuolated intermediate bodies, wherea

11 to transient degenerative changes; RPE were vacuolated and separated from photoreceptor outer segmen

12 Cell bodies of affected neurons are vacuolated, and apparently empty spaces are present in a

13 normal antipodal cells that are larger, more vacuolated, and fewer in number than wild type.

14 We find that CSMN display vacuolated apical dendrites with increased autophagy, sh

15 ree to four epithelial cell layers; swollen, vacuolated basal epithelial and endothelial cells; and e

16 al myocardial fibrosis and the appearance of vacuolated cardiomyocytes.

17 es, clasmatodendrocytes were swollen and had vacuolated cell bodies.

18 that the high density of caveolae present in vacuolated cells [5, 6] could buffer mechanical tension.

19 Upon loss of caveola function, vacuolated cells collapse at discrete positions under th

20 During morphogenesis, vacuolated cells maintain their structural integrity des

21 indicate that nucleotides released by dying vacuolated cells promote sheath cell vacuolization and t

22 ion and spine development, consists of giant vacuolated cells surrounded by an epithelial sheath [1-3

23 ress a spore coat protein gene (cotB) within vacuolated cells that form part of the stalk and they ex

24 d that VacA-CFP and VacA-YFP interact within vacuolated cells, supporting the belief that monomer ass

25 e the inner notochord and differentiate into vacuolated cells, thereby restoring notochord function a

26 e VacA with mutant forms of the toxin within vacuolated cells.

27 mids expressing both p33 and p70 resulted in vacuolated cells.

28 cells in the THLs had abundant eosinophilic vacuolated cytoplasm and pleomorphic nuclei, and express

29 ed by cell shrinkage, substratum detachment, vacuolated cytoplasm, and DNA degradation.

30 deeply into the gradient developed bulbous, vacuolated endings that looked remarkably similar to dys

31 striatum and motor cortex areas included 1) vacuolated endothelial cells containing large autophagos

32 stration resulted in neutrophil margination, vacuolated endothelium, intra-alveolar hemorrhage and ma

33 e show that spe-5 mutants contain defective, vacuolated FB-MOs and usually arrest spermatogenesis at

34 IBM vacuolated fibers also contain accumulations of several

35 s been shown to accumulate abnormally in the vacuolated fibers and to localize to amyloid-like fibril

36 ls invade non-vacuolated fibers, whereas the vacuolated fibers are not invaded by T cells, implying t

37 ereditary inclusion body myopathy, only rare vacuolated fibers had immunoreactive inclusions, whereas

38 y myositis the inflammatory cells invade non-vacuolated fibers, whereas the vacuolated fibers are not

39 wed a focal increase of TIA1 in atrophic and vacuolated fibers.

40 We found that the vacuolated giant cells had multiple signs of organelle d

41 We found similar vacuolated giant cells in human tuber specimens.

42 rt early in sexual development, resulting in vacuolated, highly disarranged, and disintegrating paras

43 et cells, and the anterior cortical lens was vacuolated in Klf4CN mice.

44 atives including Abeta, and phospho-tau into vacuolated inclusions is an early pathogenic event.

45 The vacuolated lens (vl) mouse mutant causes congenital cata

46 nsgene-the cultures were dominated by highly vacuolated macrophages.

47 signs include gliosis, dystrophic neurites, vacuolated mitochondria, and accumulation of soluble hyp

48 ibire(ts1) contain terminals with widespread vacuolated mitochondria, reduced numbers of vesicles and

49 lta(346-347) also co-immunoprecipitated from vacuolated monolayers, supporting the hypothesis that th

50 Between 80% and 90% of IBM vacuolated muscle fibers contained well-defined ERK-immu

51 inclusion body myositis muscle biopsies are vacuolated muscle fibers containing intracellular amyloi

52 monstrates mononuclear cell inflammation and vacuolated muscle fibers containing paired helical filam

53 le diseases, characterized pathologically by vacuolated muscle fibers containing paired helical filam

54 Seventy to eighty percent of the vacuolated muscle fibers of both s-IBM and autosomal-rec

55 Vacuolated muscle fibers of both s-IBM and the h-IBMs co

56 As in Alzheimer-disease (AD) brain, vacuolated muscle fibers of inclusion-body myositis (IBM

57 Approximately 80 to 90% of the vacuolated muscle fibers of sporadic inclusion body myos

58 loid and congophilic amyloid deposits within vacuolated muscle fibers.

59 le diseases, characterized pathologically by vacuolated muscle fibres containing paired helical filam

60 Approximately 75% of the vacuolated muscle fibres in all recessive and dominant i

61 ion and 15-18-nm tubulo-filaments within the vacuolated muscle fibres.

62 a lysosomal storage disease (ie, clusters of vacuolated myocytes) but also typical of HCM due to sarc

63 sies, but not in non-myopathic muscle or non-vacuolated myopathic controls.

64 complement has been demonstrated is X-linked vacuolated myopathy.

65 ially uniform cells and encase the inflating vacuolated notochord cells.

66 pathology of white matter tracts comprising vacuolated oligodendrocytes and intramyelinic edema.

67 e only phakic individual exhibited white and vacuolated opacities in the cortical region.

68 Highly vacuolated or foamy macrophages are a distinct character

69 In electron micrographs, the AC is a highly vacuolated part of the cytoplasm.

70 e capacity while maintaining the cytoplasmic vacuolated phenotype.

71 Vacuolated remnant cells were seen throughout the monola

72 While pslA- cells produce mature, vacuolated stalk cells during multicellular development,

73 from amoebae to either refractile spores or vacuolated stalk cells.

74 tiation of hyphal growth, to produce highly "vacuolated" subapical compartments.

75 th, which occurred after cells became highly vacuolated, was manifest by an abrupt loss of plasma mem

76 acidic LE/LYs, and some cells become highly vacuolated, with enlarged Rab7-positive endosomes.