ライフサイエンスコーパス: recanalization

1 ociation with good clinical outcome than did recanalization.

2 olumes than patients without reperfusion and recanalization.

3 uation of the aneurysm neck and the aneurysm recanalization.

4 mechanism that may also be critical for this recanalization.

5 operties, and biological activity to prevent recanalization.

6 low, any early recanalization, and degree of recanalization.

7 alization was achieved than in those without recanalization.

8 NIHSS-derived parameter to identify complete recanalization.

9 ssessed for persistent arterial occlusion or recanalization.

10 the development of adjunct treatments beyond recanalization.

11 rom prompt, sustained, and complete coronary recanalization.

12 were classified as complete, partial, or no recanalization.

13 wledge about prognostic factors beyond early recanalization.

14 on at angiography, and achievement of vessel recanalization.

15 catheter-directed thrombolysis prior to IVC recanalization.

16 rsed in humans by prompt thrombolytic vessel recanalization.

17 underwent selective salpingography and tubal recanalization.

18 lloon dilation as part of percutaneous graft recanalization.

19 hes despite microscopic evidence of thrombus recanalization.

20 tients underwent simultaneous fallopian tube recanalization.

21 T, as this decreases the odds of portal vein recanalization.

22 zation compared with those with unsuccessful recanalization.

23 CI: 1.66, 4.81]; P < .001) after successful recanalization.

24 ve cardioprotective strategies adjunctive to recanalization.

25 mmon intervention performed immediately post-recanalization.

26 udies reported rates of complete and partial recanalization.

27 by leading to their dissolution and arterial recanalization.

28 hould be re-examined as adjunct therapies to recanalization.

29 mbus dissolution and subsequent blood vessel recanalization.

30 ducing infarct growth in patients with early recanalization.

31 weight) or matching placebo before coronary recanalization.

32 d partial recanalization, and 6 had complete recanalization.

33 re 90-day mRS score distribution and 24-hour recanalization.

34 nalization, and none of the patients with no recanalization.

35 patients receiving anticoagulation achieved recanalization.

36 n injury after coronary artery occlusion and recanalization.

37 sminogen activator may be a clinical sign of recanalization.

38 lpingography (0.04-0.55 cGy), fallopian tube recanalization (0.2-2.75 cGy), computed tomography of th

39 trated the highest rates of at least partial recanalization (100% and 86%, respectively), whereas cut

40 e with successful versus unsuccessful vessel recanalization (26% vs 13%; P < .001).

41 greater was seen in 4 patients with partial recanalization, 4 patients with complete recanalization,

42 occurred in only 1 patient, who had stepwise recanalization 5.5 hours after stroke onset.

43 was observed in those of them with confirmed recanalization (51.5%).

44 %, P = 0.01), and a lower rate of successful recanalization (65.0% vs. 90.3%, P = 0.014) than the non

45 atients with pc-ASPECTS >/= 8 and successful recanalization (73.2%) achieved good outcome.

46 tic resonance angiography, 3 patients had no recanalization, 8 had partial recanalization, and 6 had

47 r 2b modified Treatment in Cerebral Ischemia recanalization accomplished in up to three passes.

48 The main outcome variables were the rate of recanalization according to the Thrombosis in Cerebral I

49 dicted probabilities to achieve IVT-mediated recanalization affect cost-effectiveness estimates of in

50 ofile can identify good clinical response to recanalization after acute ischemic stroke, but does not

51 loon-assisted coiling within the Analysis of Recanalization after Endovascular Treatment of Intracran

52 MCA recanalization after endovascular treatment was achieved

53 In an adjusted model, successful recanalization after EVT (odds ratio [OR], 3.14 [95% CI:

54 3% of patients, possibly because of coronary recanalization after infarction.

55 in blood pressure may be a clinical sign of recanalization after intravenous tissue plasminogen acti

56 Here, we observed that recanalization after successful endovascular thrombectom

57 For identification of recanalization, an NIHSS score reduction of > or = 40% o

58 tandem ICA and M1 occlusions showed greater recanalization and a trend toward better outcome with en

59 Time to recanalization and adequacy of restoration of perfusion

60 ogic changes, particularly, those related to recanalization and angiotoxicity after endovascular deli

61 No relationship between early recanalization and favorable clinical response was seen

62 with stent-retrievers achieved high rates of recanalization and functional independence at 90 days.

63 before transfer was associated with improved recanalization and functional outcomes without increasin

64 The cumulative rate of successful recanalization and good outcomes plateaued after 60 min

65 clusion of IVC was successfully treated with recanalization and implantation of a non-covered aortic

66 antial rates of partial or complete arterial recanalization and improved outcomes compared with IV rt

67 Imaging outcomes included rates of vessel recanalization and infarct growth at 24 hours and occurr

68 e found to exist between the success rate of recanalization and initial angiographic lesion location

69 cy parameters are affected by the process of recanalization and its varying clinical significance.

70 ended) group, initiated within 60 minutes of recanalization and maintained for 24 hours.

71 explored the association between successful recanalization and outcome.

72 early moments of ischemic stroke to achieve recanalization and potential neurologic improvement has

73 of anticoagulant treatment vs no therapy on recanalization and progression of PVT in patients with c

74 receive anticoagulant therapy have increased recanalization and reduced progression of thrombosis, co

75 s the speed and magnitude of coronary artery recanalization and reduces reocclusion.

76 Models with and without recanalization and reperfusion were compared by using Ak

77 Endoluminal recanalization and stent placement in chronically occlud

78 artery occlusion was treated by endovascular recanalization and stent placement that resulted in impr

79 The possibility of recanalization and the need for retreatment are the most

80 d, preventing vessel occlusion or leading to recanalization and thromboembolization.

81 ole in the dissociation of epicardial artery recanalization and tissue-level reperfusion, referred to

82 entiation)-84 in acute ischemic stroke after recanalization and to dissect the underlying molecular t

83 asurements were repeated 30 and 60 min after recanalization, and (99m)Tc autoradiography (hot spot im

84 atients had no recanalization, 8 had partial recanalization, and 6 had complete recanalization.

85 ted for occlusion, decreased flow, any early recanalization, and degree of recanalization.

86 ic intracerebral hemorrhage (SICH), arterial recanalization, and long-term functional outcome in stro

87 ial recanalization, 4 patients with complete recanalization, and none of the patients with no recanal

88 poration of side branches, and posttreatment recanalization, and should be considered a first choice

89 nd vascular imaging, appropriate devices for recanalization, and the concomitant use of intravenous t

90 CTO score helps to predict complexity of CTO recanalization, and the simplicity of the score supports

91 Recanalization approximated by disappearance at 22 to 36

92 The primary combined end point was complete recanalization as assessed by transcranial Doppler ultra

93 rmacologic regimens that can safely initiate recanalization as early as possible, minimize bleeding,

94 Recanalization at 24 hours on CTA regardless of transcra

95 cessful (22%) and 12 with unsuccessful (71%) recanalization at 6-month follow-up.

96 urs even in the subgroup of patients with no recanalization at first angiography (12.9+/-6.5% therapy

97 le cerebral artery (MCA) occlusion and early recanalization at MR angiography had higher rates of fav

98 Despite significance of recanalization at univariate analysis, only reperfusion,

99 and the remaining 14 underwent rtMRI-guided recanalization attempts in a 1.5-T interventional MRI sy

100 tology, 3 underwent primary x-ray-guided CTO recanalization attempts, and the remaining 14 underwent

101 Angiographic recanalization before PCI, ST-segment resolution, infarc

102 nt interventions lead to more frequent early recanalization (before cath arrival), which facilitates

103 Recanalization began at a median of 17 minutes and was c

104 vein contributed to the decision to perform recanalization by "body floss" technique.

105 f 209 consecutive patients who underwent CTO recanalization by a high-volume operator were included.

106 Arterial recanalization by computed tomography/magnetic resonance

107 esized that real-time MRI (rtMRI)-guided CTO recanalization can be accomplished in an animal model.

108 Recanalization can be achieved mainly through intravenou

109 flow less than 30% in patients with complete recanalization (CCC, 0.91 [95% confidence interval: 0.83

110 large CTP-derived ICV and successful vessel recanalization compared with those with unsuccessful rec

111 Recanalization (defined as Thrombolysis in Cerebral Infa

112 PAVMs were categorized as having recanalization, defined as persistence maintained by flo

113 h favorable clinical response, but degree of recanalization did correlate with favorable clinical res

114 However, recanalization did not significantly predict clinical ou

115 functional outcome (mRS = 0-1), and arterial recanalization during transfer.

116 that stent retriever devices provide better recanalization efficacy and clinical outcomes than the p

117 Early recanalization (ER) was identified by transcranial Doppl

118 it poor outcomes after MT, particularly when recanalization fails.

119 exhausted, interventional radiologic venous recanalization for the placement of permanent catheters

120 ysis of baseline variables, and complete MCA recanalization for the prediction of favorable clinical

121 Rapid vascular recanalization forms the basis for successful treatment

122 ed in 26 (35%) IVT-treated patients with MCA recanalization (group 1).

123 30%, and 13% of patients in these respective recanalization groups had NIHSS scores of 0 to 3.

124 Endovascular recanalization (guidewire traversal) of peripheral arter

125 In these trials, patients with recanalization had better outcomes than those without re

126 Patients with reperfusion but no recanalization had significantly lower total infarct vol

127 In our experience, transcatheter recanalization has emerged as a favorable interventional

128 mbination endovascular procedures to achieve recanalization has proliferated.

129 ween intra-procedural BP characteristics and recanalization, hemorrhagic complications and outcome in

130 l Institutes of Health Stroke Scale, lack of recanalization, history of atrial fibrillation, and sICH

131 46 patients treated with urokinase, revealed recanalization in 196 (79.7 percent) and complete dissol

132 Endovascular approaches to recanalization in AIS developed in the 1980s, and recent

133 lateral status predicts clinical outcome and recanalization in BA occlusion.

134 ocedural factors associated with outcome and recanalization in endovascular stroke treatment (EVT) of

135 ccomplished in 17 of the 33 lesions, partial recanalization in nine, and no effect in seven.

136 Despite prompt epicardial recanalization in patients presenting with ST-segment el

137 dentified between treatment arms for 24-hour recanalization in proximal occlusions; carotid T- or L-t

138 ed drainage, dilation, stone extraction, and recanalization in the bile ducts or intestine in all 13

139 There was no recanalization in the chronically (ie, with a longer fol

140 te occlusion of the lesions was achieved and recanalization in the follow-up period was revealed.

141 mechanical endovascular therapies have shown recanalization in the majority of target vessels and bet

142 ata support further evaluation of poststroke recanalization in the presence of NOX inhibition for lim

143 lized uwheels can perform rapid and targeted recanalization in vivo.

144 Chronic total occlusion (CTO) recanalization is a complex and technically challenging

145 Rapid arterial recanalization is associated with better short-term impr

146 Because PCI proffers more complete recanalization, it may be a particularly salutary initia

147 jury after arterial occlusion and subsequent recanalization may limit the benefit of reperfusion ther

148 Successful recanalization means thrombolysis in myocardial infarcti

149 ts referred for angioplasty as the principal recanalization modality.

150 There was no difference in recanalization (modified Thrombolysis-In-Cerebral-Infarc

151 Outcome measures were SICH, arterial recanalization, mortality, and functional independence a

152 n the cICA-PO group, all patients who failed recanalization (n = 15) experienced poor outcomes, as di

153 rred faster (median 10 minutes) than partial recanalization (n=18; median 30 minutes; P=0.0001).

154 Complete recanalization (n=25) occurred faster (median 10 minutes

155 In the prospective study, sac recanalization occurred between midterm and long-term MR

156 Recanalization occurred by a previously unknown mechanis

157 ization than in those who did not have early recanalization (odds ratio = 6.2; 95% confidence interva

158 ectively; P = .004) and was dependent on MCA recanalization (odds ratio, 5.55; P = .006).

159 nutes after tPA bolus, with mean duration of recanalization of 23+/-16 minutes.

160 Recanalization of a CTO results in a modest increase in

161 Recanalization of an occluded artery produces tissue rep

162 a dearth of safe and effective regimens for recanalization of an occluded cerebrovascular tributary,

163 study sought to determine whether successful recanalization of an occluded vein graft is associated w

164 the absence of extensive baseline ischemia, recanalization of BAO up to 48 hours was seldom futile a

165 nd treatment of diffuse distal disease after recanalization of chronic total occlusions.

166 nged, low dose, direct urokinase infusion in recanalization of chronically occluded saphenous vein by

167 Recanalization of CTO is followed by a hibernation of va

168 These findings suggest that recanalization of CTO-RCA has significant impact on the

169 Endovenous recanalization of iliofemoral stenosis or occlusion with

170 approaches designed to limit infarct size by recanalization of infarct-related arteries have reduced

171 Recanalization of long CTO is entirely feasible with the

172 be the principal mechanisms responsible for recanalization of occluded cerebral capillaries and term

173 Recanalization of occluded intracranial arteries remains

174 lining the vessel lumen, neovascularization, recanalization of organized thrombus, and regions rich i

175 scular treatment results in a higher rate of recanalization of the affected cerebral artery than syst

176 th coronary angiography performed soon after recanalization of the culprit artery, cardiac magnetic r

177 ar thrombi continue to accumulate even after recanalization of the MCA, contributing to postischemic

178 0+/-32 versus 177+/-59 minutes, and complete recanalization of the middle cerebral artery in 19% vers

179 cale (NIHSS) scores to detect complete early recanalization of the middle cerebral artery.

180 Patients with complete or partial recanalization of the middle cerebral or basilar artery

181 s greater than 3 seconds in patients with no recanalization of the occluded artery (CCC, 0.96 [95% co

182 Recanalization of the occluded artery through thrombolys

183 Recanalization of the occluded vessel is essential but n

184 EVT resulted in complete recanalization of the occlusion in 80.9% (229 of 283) of

185 by way of a contrast-enhanced CT revealed no recanalization of the thrombosed PAVM.

186 odified PPT were similarly successful in the recanalization of thrombosed hemodialysis access grafts

187 in the uveal tract and thrombosis with focal recanalization of vessels in the optic nerve.

188 ith microbubbles who did not have epicardial recanalization, of which 5 had recovery of wall thickeni

189 sociated with high recanalization rates, but recanalization on its own does not predict outcome.

190 ct an ischemic cause resulting from arterial recanalization or an embolic episode.

191 Neurologic improvement could result from recanalization or better collateral flow despite persist

192 Complete recanalization or dramatic clinical recovery within two

193 At 10-year follow-up, the status of TO recanalization or revascularization did not affect morta

194 In patients with TOs, the status of TO recanalization or revascularization was not associated w

195 ntly negative D-dimers in patients with vein recanalization or stable thrombotic burden can identify

196 (OR = 1.21, 95% CI = 1.83-1.76), successful recanalization (OR = 1.22, 95% CI = 1.02-1.46), and succ

197 I = 1.21-3.25, p < 0.01), and inter-facility recanalization (OR = 5.64, 95% CI = 2.92-10.89, p < 0.01

198 Faster time from onset to recanalization (OTR) in acute ischemic stroke using endo

199 not receive anticoagulants had complete PVT recanalization (P = .002).

200 ernal carotid artery-MCA occlusion and early recanalization (P = .05).

201 analysis was restricted to patients without recanalization (P=.07).

202 Early after recanalization, partial or complete normalization of dif

203 on 90-day modified Rankin scores, successful recanalization, post-procedural symptomatic hemorrhage (

204 urs on CTA were labeled as having persistent recanalization (PR).

205 Arterial recanalization precedes clinical improvement or may lead

206 Faster recanalization predicted better short-term improvement (

207 Angiographic recanalization prior to PCI was seen in 12 of 20 HMI + P

208 Recanalization procedures resulted in higher doses to th

209 In recanalization procedures, fluoroscopy time, total proce

210 d PV has become obliterated, we developed PV recanalization (PVR)-transjugular intrahepatic portosyst

211 The recanalization rate was 66% for the r-proUK group and 18

212 val: 0.67, 1.70]; P = .70); however, 24-hour recanalization rate was higher for endovascular treatmen

213 microbubbles; P=0.03) and higher epicardial recanalization rates (53% versus 7% for prourokinase alo

214 However, high predicted recanalization rates alone do not generally imply that p

215 icrobubbles) was associated with both higher recanalization rates and even higher rates of ST-segment

216 to thrombolysis, with a trend toward higher recanalization rates and less reocclusion at 5 to 7 days

217 ast pulse sequencing improve both epicardial recanalization rates and microvascular recovery.

218 Sonothrombolysis added to PCI improves recanalization rates and reduces infarct size, resulting

219 (sonothrombolysis) and increase angiographic recanalization rates in patients with ST-segment-elevati

220 Initial epicardial recanalization rates prior to emergent PCI and improveme

221 of a stent retriever is associated with high recanalization rates, but recanalization on its own does

222 Angiographic recanalization rates, resolution of ST-segment elevation

223 o the combined approach as "pharmacoinvasive recanalization" rather than by the conventional term "fa

224 c agents in clinical practice are limited by recanalization, risk of non-target embolization, failure

225 tment, anticoagulant therapy obtained higher recanalization (RR, 2.39; 95% CI, 1.66-3.44) and lower t

226 Early recanalization seen at MR angiography before and after t

227 d CT Perfusion (CTp) findings and (ii) early recanalization (spontaneous or following thrombolysis) b

228 The recanalization status on 24-hour magnetic resonance angi

229 Recanalization status was determined at follow-up CT ang

230 Complete recanalization success rates were 60% for M1 lesions (n

231 justed for age, infarct size before EVT, and recanalization success, average LF gain predicted indepe

232 receiving anticoagulation, the rates of SVT recanalization, SVT progression, recurrent venous thromb

233 Neurologic deficit at admission, MCA recanalization, symptomatic intracerebral hemorrhage (SI

234 Abciximab was used in conjunction with recanalization techniques and angioplasty to treat steno

235 g findings at baseline who experienced early recanalization than in those who did not have early reca

236 s were significantly higher in patients with recanalization than in those without (P < .001).

237 ts treated with anticoagulants underwent PVT recanalization than patients who did not receive anticoa

238 Secondary outcomes included MCA recanalization, the frequency of intracranial hemorrhage

239 Before recanalization, the risk area (RA) and myocardial blood

240 f cerebral autoregulation (CA) status during recanalization therapies could guide further studies aim

241 n the design of new clinical trials aimed at recanalization therapies.

242 8 hours since AIS onset (group 3A) or to no recanalization therapy (group 3B).

243 Reperfusion is often incomplete after recanalization therapy because of the presence of residu

244 pretreatment MRI data on patients undergoing recanalization therapy for acute cerebral ischemia at a

245 formation (HT) is critical in the setting of recanalization therapy for acute stroke.

246 y variable that influences the indication of recanalization therapy for treatment of acute brain infa

247 ferences with regard to BP regulation during recanalization therapy for vertebrobasilar and TBA occlu

248 No further recanalization therapy was performed in 26 (35%) IVT-tre

249 ents predictive of various forms of HT after recanalization therapy.

250 rmeability derangements may predict HT after recanalization therapy.

251 groups were similar in terms of substantial recanalization (Thrombolysis in Cerebral Ischemia scores

252 Recanalization through previously placed coils is the mo

253 cture time, 248 vs 189 minutes; and onset-to-recanalization time, 297 vs 240 minutes; P < .001).

254 of children (neonates excluded) with AIS and recanalization treatment between January 1, 2015, and Ma

255 therectomy are efficient methods of arterial recanalization used in the treatment of acute, subacute

256 I-only patients before PCI, and angiographic recanalization was 48% in high MI/PCI versus 20% in PCI

257 Complete recanalization was accomplished in 17 of the 33 lesions,

258 TICI 2b-3 recanalization was achieved by 79%.

259 Successful recanalization was achieved faster with the direct aspir

260 Successful recanalization was achieved in 14 of 22 occlusion patien

261 Adequate recanalization was achieved in 34 of 38 cases (89%).

262 TICI 2b-3 recanalization was achieved in 46 (95.8%) patients treat

263 nd better outcomes in those patients in whom recanalization was achieved than in those without recana

264 were treated intraarterially, and in seven, recanalization was achieved.

265 Recanalization was classified a priori as sudden (abrupt

266 Main Outcomes and Measures: Adequate recanalization was defined as a score of 2b or 3 on the

267 Successful recanalization was defined as grade 3 or 2b modified Tre

268 Recanalization was documented in 43 tPA-treated patients

269 ical events of coil occlusion or evidence of recanalization was found.

270 predicted probability to achieve IVT-related recanalization was high.

271 Successful recanalization was more common in patients whose intra-p

272 Recanalization was not associated with age, sex, comorbi

273 Any early recanalization was not associated with favorable clinica

274 Percutaneous recanalization was performed by using the ATD (n = 57) o

275 Recanalization was reevaluated at 24 hours by computed t

276 Early recanalization was seen in 82 patients (51.3%); 67 cases

277 At 6 and 12 months, microscopic recanalization was seen in this thrombus, although macro

278 r outcomes, as did 69.2% of patients in whom recanalization was successful (P = 0.018).

279 The rtMRI-guided CTO recanalization was successful in 11 of 14 swine and in o

280 Recanalization was sudden in 5, stepwise in 23, and slow

281 Recanalization was the most common pattern, occurring in

282 A final model with reperfusion but not recanalization was the most prognostic model of good cli

283 e stroke severity scores, whereas successful recanalization was the sole predictor of good outcomes.

284 Recanalization was unsuccessful in all seven patients wh

285 cess rates for complete and at least partial recanalization were 80% and 100%, respectively.

286 Independent predictors of recanalization were better collateral status and the use

287 All veins with successful recanalization were reviewed and procedural success rate

288 thrombosis and, in the case of thrombolysis, recanalization, were considered valid.

289 asmin-mediated fibrin degradation and vessel recanalization, which frequently comes at the cost of in

290 = 1.22, 95% CI = 1.02-1.46), and successful recanalization with <=2 device passes (OR = 2.28, 95% CI

291 Slow or partial recanalization with dampened flow signal was found in 53

292 r the recovery of anterograde flow after CTO recanalization with drug-eluting stent implantation affe

293 tus on presentation, increased likelihood of recanalization with endovascular therapy, and better fun

294 , and at day 7 in patients undergoing vessel recanalization with intraarterial thrombolytics.

295 Results Successful recanalization with the balloon guide catheter was achie

296 ee months' duration) had a repeat attempt of recanalization with the use of pre-procedural ICL.

297 spective studies provided data on successful recanalization with widely varying rates (43% to 78% wit

298 anial Doppler augments t-PA-induced arterial recanalization, with a nonsignificant trend toward an in

299 ecurrence of deep venous thrombosis, partial recanalization within affected venous system has been ac

300 Intravenous tPA-induced arterial recanalization within the first 24 hours in AIS is a str