ライフサイエンスコーパス: intramural

1 LV has a greater incidence of reentry and is intramural.

2 Intramural activation was initiated by pacing a dog hear

3 and may contain useful information regarding intramural activation.

4 A single intramural administration of ETC-216 significantly inhib

5 of this study was to determine whether local intramural administration of L-arginine could enhance NO

6 A single intramural administration of L-arginine enhances vascula

7 Intramural administration of radioactively labeled L-arg

8 (c) Intramural air was present in three patients (6%).

9 d amount of fibrin deposition, predominantly intramural and juxtamural in this model, were indistingu

10 the primary factor in the production of the intramural and pericapillary collection of Oil Red O-sta

11 luated for wall thickening, echotexture, and intramural and pericholecystic fluid.

12 Intramural and perivascular injection of Escherichia col

13 ncentric myointimal proliferation with dense intramural and perivascular mononuclear infiltration and

14 ) were measured at five to eight epicardial, intramural, and endocardial sites.

15 ion, 53 had type B aortic dissection, 35 had intramural aortic hematoma, 18 had aortic rupture, and 1

16 study, Doppler waveforms were obtained from intramural appendiceal arteries identified with color Do

17 urkinje system, and in 5 of 46 VTs (11%), an intramural area was critical.

18 eptal ventricular arrhythmias differentiated intramural arrhythmias from other sites of origin.

19 Mapping and ablation of intramural arrhythmias originating from an intramural fo

20 ized, color Doppler flow graded, presence of intramural arterial signal recorded, and resistive index

21 Identification of intramural basal-septal ventricular tachycardia (VT) sub

22 Intramural bipolar electrogram amplitude and duration co

23 ly) owing to slow conduction and on occasion intramural block.

24 nto defibrillation mechanisms by showing how intramural blood vessels facilitate more-effective elimi

25 and most emergent life-threatening cause of intramural bowel gas is the result of bowel necrosis due

26 parison, an equivalent simplified model with intramural cavities filled in was also built.

27 Homeostasis requires that intramural cells sense their local chemomechanical envir

28 egulation of the extracellular matrix by the intramural cells, which leads to a compromised structura

29 lish all inducible VTs was because of septal intramural circuits or extensive right ventricular scarr

30 ogether with severe colitis characterized by intramural colonic bleeding and intestinal damage includ

31 rovide information about the location of the intramural components of reentry and image abnormal elec

32 that was associated with the development of intramural conduction block or with significant changes

33 All LV reentrant pathways were truly intramural (confined to the wall) and were frequently lo

34 catheter device was constructed by using an intramural copper-braided catheter connected to a laser-

35 70% reductions (P < 0.01) in the density of intramural coronary arteries and associated Purkinje fib

36 s that appeared in the perivascular space of intramural coronary arteries and at sites of lost cardio

37 ces costs with a low mortality; 6) single or intramural coronary arteries remain risk factors; 7) pos

38 Single ostium patterns and intramural coronary arteries remained associated with si

39 positive inflammatory cells that had invaded intramural coronary arteries; (3) B-cell activation, inc

40 iac magnetic resonance (CMR) findings, small intramural coronary arteriole dysplasia (SICAD) on histo

41 Morphologic abnormalities of the intramural coronary arterioles represent the primary mor

42 ocardium revealed myocardial fiber disarray, intramural coronary arteriosclerosis, and interstitial f

43 including single coronary (n = 8, 6.4%) and intramural coronary artery (n = 8, 6.4%), this was not a

44 Patients with an intramural coronary artery had the greatest mortality (O

45 ture, including endoscopic microscopy of the intramural coronary microvasculature and micro-x-ray com

46 Before intramural coronary vascular lesions appeared at week 4

47 An intramural course of the AOCA within the anterior aortic

48 ial course is frequently characterized by an intramural course, which can be prospectively identified

49 res that expose larger areas of thrombogenic intramural debris to flowing blood in areas of high turb

50 Moreover, intramural decremental conduction and block of the prema

51 We evaluated the long-term influence of intramural delivery of advanced c-myc neutrally charged

52 This study demonstrated that intramural delivery of advanced c-myc neutrally charged

53 We sought to determine whether the intramural delivery of enoxaparin before stenting of de

54 Intramural delivery of L-arginine immediately after angi

55 During action potential plateau, intramural DeltaV(m) are typically asymmetrical (DeltaV-

56 in the wall middle, stronger shocks produced intramural DeltaV(m) of 2 types.

57 E>4 V/cm produced both positive and negative intramural DeltaV(m) that changed their sign on changing

58 Protocols included pacing from five intramural depths.

59 Blood flow and its intramural distribution to mucosal and serosal/musculari

60 imus (FK) on graft intestinal blood flow and intramural distribution, vascular resistance, and absorp

61 Intramural duodenal hematoma (IDH) rarely occurs after e

62 The intramural duodenal hematoma and critical condition reso

63 Based on this case report, we suggest that intramural duodenal hematoma should be considered if a p

64 The intramural dynamics of ventricular fibrillation (VF) rem

65 c (intraluminal) stenosis minimizes possible intramural effects associated with external compression

66 mental data, thus yielding information about intramural electrical activity.

67 Intramural electrograms during VA preceded endocardial e

68 uct mucosa, PBGs elongate and form intricate intramural epithelial networks that communicate between

69 Intramural extension beyond the gross mucosal edge of re

70 By drawing upon the strengths of the NIEHS's intramural, extramural, and NTP programs and establishin

71 Demonstration of the intramural fat planes of the postcricoid region decrease

72 ing was complete in most survivors, although intramural fibrin and hemorrhage were occasionally seen.

73 injury acutely produced extensive mural and intramural fibrin deposition.

74 In contrast, intramural foci are present during early VF and, as VF c

75 LVOT VAs originating from intramural foci could usually be eliminated by sequentia

76 Intramural foci may play an important role in later VF m

77 l ventricular arrhythmias can originate from intramural foci.

78 minutes of VF, 27% of wavefronts arise from intramural foci.

79 f intramural arrhythmias originating from an intramural focus can be accomplished.

80 In 7 of 93 patients (8%), an intramural focus in the interventricular septum was iden

81 The ablation procedure of an intramural focus near the His bundle failed in 2 of 7 pa

82 The intramural focus was effectively ablated from both sides

83 hout bypass grafting can reliably repair the intramural form of AOCA.

84 ogists obtained extramural funds (21.3%) and intramural funds (78.7%) to pay portions of their salari

85 National Institutes of Health Intramural funds and St Baldrick's Foundation.

86 Intramural funds from the Leadership Sinai Centre for Di

87 This study demonstrates that CARTp-IR intramural ganglia and CARTp-IR paraganglion or SIF cell

88 peripheral myovesical plexus, consisting of intramural ganglia and interstitial cells.

89 ome neurons (CARTp-IR, Hu-IR) that represent intramural ganglion cells and by cells that lacked a neu

90 the mesenchyme colonize the hindgut and form intramural ganglion cells that express the transgenic ma

91 In the stomach, intramural gas can be caused by emphysematous gastritis

92 ition, showed jejunal dilatation, intestinal intramural gas, portomesenteric vein gas, extensive intr

93 We found no appreciable left ventricular intramural gradients in repolarization times (activation

94 a rare case of primary ESCC with completely intramural growth under a normal looking intact nondyspl

95 Aortic dissection and intramural haematoma comprise an aortopathy involving se

96 ion was present in 49 (44%); 10 of these had intramural hematoma (5 with and 5 without involvement of

97 Acute aortic intramural hematoma (IMH) is an important subgroup of ao

98 Management of acute type A intramural hematoma (IMH) remains controversial, varying

99 m (n = 4), penetrating aortic ulcer (n = 6), intramural hematoma (n = 2), and mycotic aneurysm (n = 2

100 se lumen (5.9 +/- 2.1 mm(2)), the associated intramural hematoma (n = 9), and thrombi in the true or

101 to the 'variant forms' of aortic dissection: intramural hematoma and penetrating aortic ulcer.

102 expansion, and apposition, but also residual intramural hematoma at the stented site (abluminal) and

103 Intramural hematoma carries a high complication rate and

104 ulcer, while the principal controversy over intramural hematoma concerns its management when the asc

105 ce in favor of surgical management of type A intramural hematoma continues to mount, although it is a

106 A double-lumen or intramural hematoma image was visualized in all cases.

107 ophageal echocardiography for dissection and intramural hematoma is less well defined.

108 ents with MR findings consistent with type A intramural hematoma of the thoracic aorta should undergo

109 MR images of 22 patients with intramural hematoma of the thoracic aorta were reviewed

110 In cases of type B intramural hematoma of the thoracic aorta, MR imaging ca

111 lesions were unchanged, although associated intramural hematoma regressed over 1-2 months.

112 The sensitivity and specificity for intramural hematoma was 90% and 99%, respectively.

113 ery occurred in all patients: dissection and intramural hematoma were the most common.

114 ssection (type A or B, typical dissection or intramural hematoma) were confirmed by operation or auto

115 dissection (approximately 90% of cases) and intramural hematoma, may be complicated by poor perfusio

116 oth narrowing that may represent dissection, intramural hematoma, spasm, or tortuosity.

117 valuated included lesion and aortic size and intramural hematoma.

118 horacic aortic disease but is insensitive to intramural hematoma.

119 with suspected aortic dissection, including intramural hematoma.

120 d as the cleavage of the arterial wall by an intramural hematoma.

121 n (FID) has been described in >20% of type B intramural hematomas (IMH), with unclear prognosis and m

122 ues have increased the recognition of aortic intramural hematomas (IMHs) and penetrating atherosclero

123 Intravascular ultrasound identified intramural hematomas after 6.7% of PCIs.

124 Intramural hematomas during percutaneous coronary interv

125 The incidence of intramural hematomas per artery was 6.7% (69 of 1025); 3

126 One of two intramural hematomas were overlooked at MR angiography b

127 23 acute aortic dissections, 14 acute aortic intramural hematomas, 20 acute penetrating aortic ulcers

128 orphology, and clinical features of post-PCI intramural hematomas.

129 sion included increased medial thickness and intramural hemorrhage characterized by erythrocyte extra

130 Rabbit lesions with induced intramural hemorrhage consistently showed cholesterol cr

131 endothelial recovery, impaired resolution of intramural hemorrhage, and a dose-dependent increase in

132 ganized thrombi and incomplete resolution of intramural hemorrhages.

133 ing can accurately identify intraluminal and intramural histopathologic features not adequately visua

134 The granulomatous and intramural inflammation observed in cases of inflammator

135 galactosidase (Ad5-lacZ), or vehicle only by intramural injection at the site of PTCA.

136 ced in genetically susceptible Lewis rats by intramural injection of peptidoglycan-polysaccharide (PG

137 standard PTCA balloons and then administered intramural injections of either D-EXO (n=14) or vehicle

138 No complication (eg, stent migration, intramural injury, or vascular perforation) was noted du

139 During sinus rhythm intramural late potentials tended to be more common than

140 efibrillation shocks induce DeltaV(m) in the intramural layers of LV.

141 satellite polymorphism was also found in one intramural leiomyoma.

142 thmias have been described to originate from intramural locations.

143 sful for idiopathic VAs originating from the intramural LVOT (>75%) and lateral LVOT, whereas it was

144 ul anatomic ablation commonly arose from the intramural LVOT among the left coronary cusp, aortomitra

145 sful, and the VA origins were located in the intramural LVOT in 17 patients, basal left ventricular s

146 The intramural LVOT VAs exhibited a significantly smaller R-

147 siological characteristics of the idiopathic intramural LVOT VAs were midrange between those of the i

148 electrophysiological characteristics of the intramural LVOT VAs were similar to those of the aortomi

149 The intramural LVOT VAs were successfully eliminated by the

150 ological characteristics of these idiopathic intramural LVOT VAs when compared with the idiopathic en

151 endocardial and epicardial sides in treating intramural LVOT VAs.

152 y be related to increased compression of the intramural microcirculation, especially at the subendoca

153 The realistic variations in intramural microstructure created unique spatial signatu

154 the endocardial muscle, Purkinje fibers, or intramural muscle fibers.

155 stigates the ability of ECGI to characterize intramural myocardial activation noninvasively and to re

156 can involve the endocardial myocardium, the intramural myocardium, the epicardium, or the His Purkin

157 acy of endoscopy in determining the depth of intramural necrosis may lead to inappropriate decision-m

158 We analyzed intramural needle electrograms in relation to endocardia

159 Recordings from intramural needle may be useful for selecting ablation t

160 Intramural neurons were also characterized and quantifie

161 Acetylcholine, released from gastric intramural neurons, interacts with muscarinic M3 recepto

162 holine, released from gastric postganglionic intramural neurons, stimulates the parietal cell directl

163 holine, released from gastric postganglionic intramural neurons, stimulates the parietal cell directl

164 Four cases showed a signal drop in the intramural nodules on chemical shift MRI.

165 Intramural nodules were present in 87.5% of cases with d

166 Diffuse wall thickening, intramural nodules, continuous or discontinuous mucosal

167 wing features were studied - wall thickness, intramural nodules, pericholecystic stranding, wall thic

168 Novel intramural optical mapping of coronary-perfused right at

169 This technology might be of value to treat intramural or epicardial ventricular tachycardia substra

170 In 2 patients scar was either intramural or epicardial with extension to the endocardi

171 riginate from a single clone with subsequent intramural or intrapancreatic spread.

172 Images were reviewed for residual intramural or nonintramural VSDs.

173 Those with intramural or single coronary arteries have significant

174 rdial ablation attempts was because of VT of intramural origin (35 patients), nonendocardial origin w

175 thickening (P = .012) and the development of intramural (P = .015) and pericholecystic (P = .006) flu

176 Unroofing of the intramural portion of the AOCA to relocate the ostia in

177 Intramural presence of MPO in aneurysms in which LPS had

178 naling pathway in response to an increase in intramural pressure-induced myogenic cerebral arterial c

179 d National Institute of Mental Health (NIMH) Intramural Program (CHIP) Collaboration and the NIMH Gen

180 tutes of Health (NIH) (3 U01 CA062490-16S2); Intramural Program of the Center for Cancer Research; an

181 mucopolysaccharide storage disorders in the intramural program of the National Institutes of Health

182 The intramural program of the NIEHS nurtures cutting-edge sc

183 ational Cancer Institute and Clinical Center Intramural Program, German Research Foundation, National

184 ational Cancer Institute and Clinical Center Intramural Program.

185 tional Cancer Institute, and Clinical Center Intramural Program; supported in part by a cooperative r

186 onal Human Genome Research Institute (NHGRI) intramural project, and a coordinating center funded by

187 Information about intramural propagation of electrical excitation is cruci

188 l for obtaining useful 3-D information about intramural propagation.

189 soconstriction may be explained mostly by an intramural redistribution of flow between mucosa and mus

190 ible for conduction block and self-sustained intramural reentrant circuits underlying TdP.

191 the underlying mechanism may be a sustained intramural reentrant source interacting with tissue hete

192 electrocardiographic imaging modality during intramural reentrant ventricular tachycardia (VT).

193 In conclusion, stable intramural reentry as the engine of fibrillation was not

194 Our results showed that intramural reentry is present early but not late during

195 nt investigations have suggested that stable intramural reentry may underlie the mechanisms of VF.

196 echanistic explanation for the prevalence of intramural reentry over transmural reentry during polymo

197 Results showed that intramural reentry was present.

198 Although intramural reentry was sporadically present (29 total oc

199 information on the epicardium during VT with intramural reentry, provide information about the locati

200 xample in which transillumination reveals an intramural reentry, undetectable in surface recordings.

201 In 5 cases, termination was due to intramural reentry, which initiated with the total activ

202 hat cardiac fibrillation is driven by stable intramural reentry, with wavebreak occurring due to fail

203 Heart, Lung and Blood Institute Division of Intramural Research (National Institutes of Health).

204 , establishment of a BPA Grantee Consortium, intramural research activities on BPA's mechanisms of ac

205 ude extramural grants and grantee consortia, intramural research activities, and toxicological studie

206 review the economic efficiency arguments for intramural research and the political conditions that ar

207 y, the level of support now given to federal intramural research in the United States.

208 Disease Control and Prevention, Division of Intramural Research of the US National Institute of Alle

209 The Intramural Research Program of NINDS supported this stud

210 Intramural Research Program of the Eunice Kennedy Shrive

211 Intramural Research Program of the National Heart, Lung,

212 ring Experiments for the Social Sciences and Intramural Research Program of the National Institutes o

213 P Diet and Health Study was supported by the Intramural Research Program of the NIH.

214 Intramural Research Program of the US National Cancer In

215 Intramural Research Program of the US National Institute

216 Intramural Research Program of the Vaccine Research Cent

217 cted at the National Institute on Drug Abuse Intramural Research Program outpatient magnetic resonanc

218 Intramural Research Program, National Heart, Lung, and B

219 Intramural Research Program, National Institute of Aller

220 Intramural Research Program, National Institutes of Heal

221 Intramural Research Program, NIMH, National Institutes o

222 nschaft, National Institute of Mental Health Intramural Research Program.

223 Program and US National Institutes of Health Intramural Research Program.

224 NINDS Intramural Research Program; TG Therapeutics Inc.

225 Division of Intramural Research, National Institute of Allergy and I

226 Allergy and Infectious Diseases Division of Intramural Research, National Institutes of Health; the

227 Division of Intramural Research, NHLBI of the NIH.

228 Thus, sustained epicardial, but not intramural, rotors were consistently present in some lar

229 -resolution near-infrared optical mapping of intramural SAN activation was performed in coronary perf

230 Three-dimensional intramural SAN structure was identified as the fibrotic

231 lue of voltage mapping to detect MRI-defined intramural scar and to correlate the scar with ventricul

232 Intramural scar can be assessed by delayed-enhanced MRI,

233 Intramural scar can be detected by unipolar and bipolar

234 l thickness, postinfarct scar thickness, and intramural scar location on LGE-CMR, and local endocardi

235 dial wall thickness, scar transmurality, and intramural scar types were independently associated with

236 on, 49+/-13%) with structural heart disease, intramural scar was detected by delayed-enhanced MRI.

237 d in the other 5 patients with predominantly intramural scar.

238 lar voltage mapping guided by the registered intramural scar.

239 Unroofing the intramural segment without bypass grafting can reliably

240 helpful in identifying the site of origin of intramural septal arrhythmias.

241 Intramural septal idiopathic ventricular arrhythmias hav

242 ity of clinical VT: 12.5%) was attributed to intramural septal substrate in 13 of 18 patients (72%).

243 d anteroseptal, which frequently involves an intramural septal substrate, leading to a higher VT recu

244 mapping characteristics of the patients with intramural septal ventricular arrhythmias differentiated

245 establish criteria for the identification of intramural septal VT substrate.

246 Here, intramural shock-induced DeltaV(m) were measured for the

247 ral continuity (n=30), LV summit (n=34), and intramural site (n=18).

248 Intramural sites account for a significant proportion of

249 ropose that volumetric heating restricted to intramural sites may improve the outcome and safety of t

250 -dimensional intraoperative mapping from 156 intramural sites was performed in 6 patients with idiopa

251 corded from as many as 98 epicardial and 144 intramural sites, and activation times and activation-re

252 Exclusive intramural squamous cell carcinoma with normal overlying

253 anine sinoatrial node (SAN) because they are intramural structures.

254 a contrast with observations in the 2012 NIA intramural study report, where a difference in survival

255 edle was deployed at 75 sites with suspected intramural substrate among 2309 mapping sites.

256 ntricular arrhythmias (VA) can be limited by intramural substrate not amenable to endocardial or epic

257 unctions: IGLEs appear situated to integrate intramural tension, and perhaps myenteric neuronal activ

258 es formed around vessels, rapidly activating intramural tissue because of break excitations, assistin

259 tent of residual disease, margin status, and intramural tumor extension.

260 Viable distal intramural tumor spread was found in 3 patients (2.7%) a

261 The transmural extent and intramural types (endocardial, midwall, epicardial, patc

262 From 3 Langendorff-perfused pig hearts, 180 intramural unipolar electrograms were recorded during si

263 cardial, M, and endocardial cells and 6 to 8 intramural unipolar electrograms were simultaneously rec

264 heir elimination, suggesting the presence of intramural VA foci.

265 heir elimination, suggesting the presence of intramural VA foci.

266 ontinuity VAs (0.45+/-0.06), and midrange in intramural VAs (0.49+/-0.05).

267 nd (2) formation of endothelial cell-derived intramural vascular tumors in the implantation site.

268 Histology disclosed intramural vascular tumors resembling hemangiomas in the

269 on and PARP activation in the myocardium and intramural vasculature, depressed LV performance, and im

270 y dendritic cells, populate normal arteries, intramural vasculitic lesions, and the inflamed atheroma

271 receptors is also present in most intestinal intramural veins of patients with inflammatory bowel dis

272 At least 1 intramural ventricular arrhythmia was eliminated in all

273 Intramural ventricular septal defects (VSDs) are interve

274 ion of fibers with different angulations and intramural vessels.

275 Intramural virtual electrodes (IVEs) are believed to pla

276 Intramural virtual electrodes are reflected in optical m

277 ptical fiber with a diffusing tip for direct intramural, volumetric laser heating was tested via thor

278 We assessed the prevalence of residual intramural VSDs and their effect on postoperative course

279 VSDs after repair of conotruncal anomalies, intramural VSDs are uniquely associated with postoperati

280 In addition, those with intramural VSDs had longer postoperative hospital length

281 It is important to recognize intramural VSDs in the postoperative period.

282 Patients with intramural VSDs were more likely to reach the primary co

283 Forty-nine patients (11%) had intramural VSDs, and 207 (47%) had nonintramural VSDs.

284 Basal septal scar and intramural VT origin makes VT ablation challenging in th

285 bipolar EGMs during RV basal pacing identify intramural VT substrate.

286 either of these mapping techniques localized intramural VTs.