ライフサイエンスコーパス: obliteration

1 L-13 and its receptors that paralleled fibro-obliteration.

2 either CXCL9 or CXCL10 did not affect airway obliteration.

3 s small airways, ultimately leading to their obliteration.

4 he destruction of the epithelium and luminal obliteration.

5 development of airway fibroproliferation and obliteration.

6 that eventually gives way to airway fibrosis/obliteration.

7 ediates the epithelial destruction preceding obliteration.

8 ial hyalinization, with luminal narrowing or obliteration.

9 e recruitment leading to airway fibrosis and obliteration.

10 onsistent with a role in oxygen-induced vaso-obliteration.

11 growth most effectively inhibit airway graft obliteration.

12 role of epithelium in the control of airway obliteration.

13 nificantly decreased the severity of luminal obliteration.

14 stion of replicative life span, to capillary obliteration.

15 se of an adult with unsuspected caval system obliteration.

16 merular arterioles and results in glomerular obliteration.

17 ing of complete inferior vena cava (IVC) and obliteration.

18 concomitant myointima formation with luminal obliteration.

19 eck as factors limiting successful long term obliteration.

20 resistant endothelial cells leading to angio-obliteration.

21 ted retinal microvessels from oxygen-induced obliteration.

22 ) recipients rescued them from LB and airway obliteration.

23 or to the development of irreversible airway obliteration.

24 ology, mononuclear infiltration, and luminal obliteration.

25 via bronchiole airway epithelial damage and obliteration.

26 nopathy dependent on oxygen-induced vascular obliteration.

27 ablished CAV but did not reverse the luminal obliteration.

28 y cells ultimately causes progressive airway obliteration.

29 ne does not affect the development of airway obliteration.

30 letion of CXCR3 in recipients reduces airway obliteration.

31 3Ralpha2(-/-) mice, we found increased fibro-obliteration.

32 cell recruitment and apoptosis, and luminal obliteration (29 +/- 2%, P < 0.05 vs. WT allografts).

33 iceal rebleeding (41.9% vs. 42.9%), variceal obliteration (41.9% vs. 40.0%), hospital days, blood tra

34 ient mice showed a similar reduction in vaso-obliteration (46% decrease from controls), and vitreous

35 centage of patients with complete cul-de-sac obliteration (56.3% vs. 18.2%, p = 0.001).

36 ia (14 of 25 patients [56%]), and vestibular obliteration (8 of 16 patients [50%]).

37 Airway luminal obliteration after 28 days was significantly inhibited b

38 hereas allografts showed progressive luminal obliteration after transplantation.

39 Vaso-obliteration also was examined in three animals killed a

40 le-mounts acquired, and the area of vascular obliteration and extent of preretinal neovascularization

41 primary outcomes were rates of complete AVM obliteration and functional outcomes (measured by the mo

42 (KI) mice display significantly reduced vaso-obliteration and limited neovascularization relative to

43 we demonstrated that Fzd7 controls both vaso-obliteration and neovascular phases (NV).

44 ermore, in the absence of bim retinal vessel obliteration and neovascularization did not occur during

45 gly, oxygen-induced retinopathy-induced vaso-obliteration and neovascularization were unaltered in Pa

46 ned by plexogenic arteriopathy, resulting in obliteration and occlusion of the small- to mid-sized pu

47 icle (PBS) alone, and the effects on area of obliteration and on preretinal neovascular tuft formatio

48 l layers, significantly reduces central vaso-obliteration and pathological peripheral neovascular tuf

49 sess reliably and consistently both vascular obliteration and preretinal neovascular tuft formation i

50 nificantly more effective in reducing airway obliteration and preserved the morphology of the airway

51 -volume loops discoordinate, limiting cavity obliteration and reducing distal systolic pressures.

52 These thrombi can contribute to capillary obliteration and retinal ischemia and may be a practical

53 t caused a significant reduction in vascular obliteration and retinal neovascularization vs. saline i

54 y because it reduces oxygen-induced vascular obliteration and retinovascular growth attenuation in pr

55 suggest that the higher rates of incomplete obliteration and retreatment after endovascular treatmen

56 factor (HIF) activity would prevent vascular obliteration and subsequent pathologic neovascularizatio

57 ordinate contraction, which can limit cavity obliteration and thereby increase potential ejection res

58 =5) for histology, computerized morphometry (obliteration), and immunohistochemical detection of mono

59 story of prior abdominal surgery, cul-de-sac obliteration, and additional procedures (resection of ov

60 ion and oxygen-induced retinal microvascular obliteration, and imply that PHD2 may be a promising the

61 eeks, including glomerulosclerosis, arterial obliteration, and interstitial fibrosis.

62 nt placement, balloon retrograde transvenous obliteration, and islet cell transplantation.

63 y dentition showed amber discoloration, pulp obliteration, and severe attrition.

64 terized by apical hypertrophy, apical cavity obliteration, and tall ECG R waves with ischemic-looking

65 nd between epithelial coverage and degree of obliteration, and was especially pronounced in grafts fr

66 jury, and development of fibrosis and airway obliteration are the major histological features of post

67 eous analysis of a drug's effect on vascular obliteration as well as on preretinal neovascularization

68 endoscopy with variceal band ligation until obliteration, as needed.

69 r RVCL in any patient with retinal capillary obliterations associated with tumefactive brain lesions

70 vealed a striking increase in airway luminal obliteration at 7 d (62 +/- 4% and 47 +/- 5% for CD73(-/

71 er PSW, SRS achieved higher odds of complete obliteration at last follow-up (OR, 15.58; P = .001) com

72 RS achieved 71% (61 of 86 patients) complete obliteration at last follow-up compared with 56% (10 of

73 Tracheal obliteration began on day 14 and reached a maximum of 43

74 suppressive drug therapy will inhibit airway obliteration, but efficacy sharply diminishes if initiat

75 lc appears to protect the telencephalon from obliteration by a more caudal neural Wnt signal.

76 re florid, with pulmonary arteriolar luminal obliteration by apoptosis-resistant proliferating endoth

77 stic membranes resulting in massive vascular obliteration by day 120 after transplantation.

78 True lumen obliteration can be safely and effectively treated with

79 nopathy, capillary nonperfusion and eventual obliteration can lead to retinal ischemia and sight-thre

80 al disease, gingival hyperplasia, vestibular obliteration, cheilitis, angular cheilitis, chronic lip

81 Furthermore, protection from luminal obliteration, collagen deposition, and myofibroblast inf

82 lar sensitivity to hyperoxia-mediated vessel obliteration compared to wild-type mice during OIR.

83 d a more intact epithelium and reduced lumen obliteration compared with grafts transplanted into wild

84 significantly reduced the degree of luminal obliteration compared with no treatment (P<0.05).

85 ischemic complications caused by true lumen obliteration could not be treated with endovascular tech

86 0-800 mum, substantially larger than typical obliteration depths, 200 mum in our case for an initial

87 Intimal hyperplasia with luminal obliteration developed in saline-treated balloon-injured

88 -actin positive myofibroblast proliferation, obliteration did not progress from day 7 to 30 and 60 (3

89 iratory pressure) causes respiratory swings (obliteration during inspiration) in right ventricular fi

90 trated reduced hyperoxia-associated vascular obliteration during oxygen-induced ischemic retinopathy.

91 pathies are characterized by sequential vaso-obliteration followed by abnormal intravitreal neovascul

92 -1, decreased hyperoxia-induced retinal vaso-obliteration from 22.2% to 5.1%, whereas VEGF-E, which e

93 pithelial cells significantly reduced airway obliteration from 78% to 22% luminal occlusion.

94 ranormal systolic ejection and distal cavity obliteration (HHCO) can result in debilitating exertiona

95 If airflow obstruction is consistent with obliteration histologically, the condition is often call

96 lar techniques were used to treat true lumen obliteration in 11 patients with complicated aortic diss

97 epithelial destruction and subsequent airway obliteration in allografts.

98 We evaluated left atrial appendage obliteration in high-risk patients with atrial fibrillat

99 etinas were compared for extent of capillary obliteration in hyperoxia, vascular endothelial growth f

100 gh more than in normal or host tracheas, the obliteration in orthotopic allografts on days 30 and 60

101 opment in room air controls and similar vaso-obliteration in oxygen-exposed mice on P12.

102 hanges in oxygen levels, and promotes vessel obliteration in response to hyperoxia.

103 on may contribute to the process of vascular obliteration in severe pulmonary hypertension.

104 left atrium confirmed the presence of cavity obliteration in some patients and true obstruction in th

105 appearance of infection and it's subsequent obliteration in some R-1 and R-4 plant lines.

106 culatory regeneration after ischemia-induced obliteration in the mouse extensor digitorum longus musc

107 xiform-like lesions characterized by lumenal obliteration, intimal disruption, medial hypertrophy, th

108 Furthermore, in a mouse model of OB, airway obliteration is reduced in TIMP-1-deficient mice.

109 ns unclear whether the initial microvascular obliteration is triggered by degradation of hypoxia indu

110 utrophil recruitment and later, during fibro-obliteration, it is important for vascular remodeling in

111 on, pulmonary vascular remodeling, and angio-obliteration leading to elevated pulmonary arterial pres

112 s were used to evaluate the extent of airway obliteration, luminal coverage by respiratory or flatten

113 Thoracoscopic Left Appendage, Total Obliteration, No cardiac Invasion (LAPTONI) was undertak

114 Untreated animals developed CAV with luminal obliteration of 25.2+/-13.6% and 41.4+/-23.3% after 80 a

115 Purpose To determine if the obliteration of a cervical space, the paraspinal fat pad

116 an animal model of ischemic cardiomyopathy, obliteration of a conductive isthmus both anatomically a

117 Both techniques involve obliteration of a spherical lesion and feasibility studi

118 ta demonstrate that iNOS exacerbates luminal obliteration of airway allografts in contrast with the k

119 The mechanism(s) that lead to fibro-obliteration of allograft airways have not been fully el

120 rospectively analyzed with regard to percent obliteration of an aneurysm on postprocedure angiogram,

121 Obliteration of CHGA expression in a KO mouse model led

122 Thus, obliteration of CPE, the sorting receptor, leads to mult

123 Radiosurgery has achieved satisfactory obliteration of deep arteriovenous malformations, but wi

124 re human infants to hyperoxia results in the obliteration of developing retina capillaries, leading t

125 is technically difficult to achieve complete obliteration of glomus jugulare tumors with the use of e

126 al hypertension is characterized by loss and obliteration of lung vasculature.

127 Obliteration of matter by pulsed laser beams is not only

128 atory cell infiltrates, crypt abscesses, and obliteration of normal gut architecture.

129 d as more ethereal, as more resilient to the obliteration of one's body by death (in Experiment 1) an

130 The factors associated with the obliteration of PAVM during or after DSA are poorly unde

131 carcinoma cells was markedly attenuated upon obliteration of perlecan gene expression and these effec

132 Tomography over 2-months showed progressive obliteration of photoreceptors with hyper-reflective out

133 rized by vascular remodeling associated with obliteration of pulmonary arterioles and formation of pl

134 was accompanied by type II cell hyperplasia, obliteration of pulmonary capillaries, and widespread ex

135 Oxygen-induced vaso-obliteration of retinal capillaries was limited to the p

136 Subarachnoid hemorrhage and surgical obliteration of ruptured intracranial aneurysms are freq

137 terans syndrome is characterized by fibrotic obliteration of small airways which severely impairs gra

138 otic PHT and NRH appear to be related to the obliteration of small portal veins in these dogs, but th

139 h chronic hypoxia (3-wk exposure) results in obliteration of small precapillary pulmonary arteries by

140 PAK inactivation led to obliteration of social recognition in old 3xTg-AD mice,

141 14 after transplantation markedly inhibited obliteration of the airway lumen by fibroblastic tissue.

142 y fibroproliferation, matrix deposition, and obliteration of the airways.

143 the importance of angiogenesis during fibro-obliteration of the allograft airway during bronchioliti

144 Complete angiographic obliteration of the aneurysm was achieved in five cases

145 Muscular obliteration of the apical trabecular cavity, and in som

146 ahepatic bile ducts, leading to fibrosis and obliteration of the biliary tract with the development o

147 Patients with biliary atresia (i.e., obliteration of the biliary tree) suffer liver fibrosis

148 and other laboratories recently showed that obliteration of the caspase cleavage site on APP allevia

149 altered subcommissural organ morphology, and obliteration of the cerebral aqueduct.

150 f the normal calretinin immunoreactivity, an obliteration of the ChAT immunoreactivity and a drastic

151 cts associated with small pleural effusions (obliteration of the costophrenic angle) had a positive p

152 itivity treatments are based on the physical obliteration of the dentinal tubules to reduce hydraulic

153 sia appears to involve immune-mediated fibro-obliteration of the extrahepatic and intrahepatic biliar

154 liver disease resulting in necroinflammatory obliteration of the extrahepatic biliary tree.

155 ts had masses that abutted the muscles, with obliteration of the fat plane and muscle enhancement.

156 CEAP3-6 +/- venous claudication) for chronic obliteration of the I-F (+/-IVC) trunks, on the venous h

157 The best treatment option is obliteration of the intertwin placental anastomoses, but

158 racterised by chronic inflammation and fibro-obliteration of the intrahepatic and/or extrahepatic bil

159 to a spectrum of cardiac defects, including obliteration of the lumen of the right ventricle, excess

160 mmunity and retransplanted had near complete obliteration of the lumen with fibroproliferation (96.9%

161 ions of morphology and function resulting in obliteration of the microvasculature.Lytic EC injury: Le

162 oduced severe cytotoxic effects resulting in obliteration of the monolayer within 24 h.

163 glomerular enlargement with almost complete obliteration of the normal architecture by amyloid depos

164 as reduced beginning on day 14 with complete obliteration of the OKR beginning on day 3, large areas

165 Conclusion Obliteration of the paralabral sulcus was the most frequ

166 ding capsular adhesions at the femoral neck, obliteration of the paralabral sulcus, labral defects, a

167 At multivariate analysis, obliteration of the rectoprostatic angle and asymmetry o

168 Obliteration of the rectoprostatic angle and asymmetry o

169 act, smooth capsular bulge, irregular bulge, obliteration of the rectoprostatic angle, and asymmetry

170 ation, culminating in cytokine secretion and obliteration of the replicative niche via pyroptosis.

171 icant bowing (>15 mm) of the septum and mild obliteration of the right ventricular cavity.

172 of accessory devices, primarily focusing on obliteration of the septum by complete transection of th

173 Fibrotic obliteration of the small airways leading to progressive

174 BO is defined as a progressive fibrous obliteration of the small airways, thought to be trigger

175 atening disease characterized by progressive obliteration of the small pulmonary arteries (PAs) cause

176 crodroplets act as killer protocells for the obliteration of the target proteinosome population by pr

177 loss of epithelial cell coverage and luminal obliteration of the tracheal allograft with a proliferat

178 ciated with vascular remodeling during fibro-obliteration of the tracheal allograft.

179 Obliteration of the true lumen was associated with branc

180 f the central B chain helix, causing partial obliteration of the two essential RLF receptor-binding s

181 During embryonal period, complete obliteration of the urachus at the umbilicus and incompl

182 efects, and hypertrophic myopathy, with near obliteration of the ventricular cavities.

183 Genetic obliteration of the XPRT locus by targeted gene replacem

184 After 28 days, luminal obliteration of tracheal allografts was reduced from 89%

185 of antiplatelet agents, provided successful obliteration of varices is achieved using elective band

186 survival, duration of follow-up, successful obliteration of varices, rebleeding from varices, number

187 s in group 2 with lipid keratopathy had 100% obliteration of vessels with stabilization of corneal sc

188 in untreated rats led to peripheral vascular obliteration on day P14 and P21.

189 cation risk and did not appear to alter dAVF obliteration or haemorrhage.

190 et pump significantly reduced tracheal lumen obliteration (p < 0.05), decreasing apoptosis (p < 0.05)

191 NOS in fibroblasts during the early phase of obliteration paralleled the onset of fibrosis.

192 are disrupted in the hyperoxia-induced vaso-obliteration phase, and recapitulated, although aberrant

193 as previously impossible to directly observe obliteration processes on smaller scales due to experime

194 t delayed endovascular treatment with a 100% obliteration rate and no complications.

195 Conclusion SRS was associated with a higher obliteration rate compared with embolization in patients

196 After matching, the complete obliteration rate was 97% with no significant difference

197 bolization did not significantly improve AVM obliteration rates, functional outcomes or reduce compli

198 ined by comparing the extent of retinal vaso-obliteration resulting from 2 days of hyperoxia beginnin

199 ) lymphocyte infiltration and airway luminal obliteration; similar treatment of CD73(-/-) recipients

200 g vessels for regression in the initial vaso-obliteration stage of OIR.

201 effective adjunctive therapy after variceal obliteration techniques.

202 etes and likely contributes to the capillary obliteration that is an important feature of diabetic re

203 e humanely killed and the effect on vascular obliteration, tortuosity, and neovascularization quantif

204 ts demonstrated glomerulosclerosis, vascular obliteration, tubular atrophy, and interstitial fibrosis

205 Secondary outcomes included dAVF obliteration, up-conversion, haemorrhage, improvement an

206 Tumor vascular obliteration using combination angiostatic therapy was a

207 FGD5 promotes apoptosis-induced vaso-obliteration via induction of the hey1-p53 pathway by di

208 of embolisation procedures at VSIAs complete obliteration was achieved.

209 eroxia-injured mice, the same degree of vaso-obliteration was apparent on P8, P10, and P12 in B6 and

210 dow of susceptibility to oxygen-induced vaso-obliteration was defined by comparing the extent of reti

211 Aneurysm obliteration was monitored with the acquisition of new r

212 Extrahepatic biliary obliteration was present in both WT and KO mice; there w

213 Aortic luminal obliteration was quantified using computer morphometry a

214 A more profound attenuation of fibro-obliteration was seen when CXCR2(-/-) mice received cycl

215 Oxygen-induced retinal vaso-obliteration was significantly reduced by L-NNA treatmen

216 loimmune injury leading ultimately to airway obliteration, we tested whether epithelial re-growth cou

217 ed intracranial aneurysms, rates of aneurysm obliteration were higher, and need for second treatment

218 scular leakage, neovascularization, and vaso-obliteration were measured on P17.

219 d 6 with hypertensive hypertrophy and cavity obliteration, were studied by invasive conductance cathe

220 ycin, and cyclosporine effectively prevented obliteration when treatment was initiated at day 0, with

221 results in pulmonary dysfunction and airway obliteration, which leads to bronchiolitis obliterans (B

222 ngiogenesis, but also hyperoxia-induced vaso-obliteration, which suggests a novel protection window b

223 olate mofetil failed to consistently inhibit obliteration with any treatment schedule.

224 The secondary dentition showed either pulp obliteration with bulbous crowns and gray discoloration

225 of allograft arteries progressed to luminal obliteration with extensive perivascular and interstitia

226 ransplantation in the rat undergoes tracheal obliteration with histologic features characteristic of

227 ESPVR rightward in HCM patients with cavity obliteration with or without obstruction, increasing end