ライフサイエンスコーパス: reentry

1 cro-reentrant tachycardias (flutter and scar reentry).

2 level undergo minimal changes during meiotic reentry.

3 brady-arrhythmias can result from SAN micro-reentry.

4 ctional blocks and initiate intranodal micro-reentry.

5 refractoriness, provides substrates for SAN reentry.

6 cence, while Tor is essential for cell cycle reentry.

7 and intact atria were burst paced to induce reentry.

8 nd PMI may be specific for sites critical to reentry.

9 tivated, contributing to slow conduction and reentry.

10 ty provides a dynamic substrate for electric reentry.

11 were later disrupted by delays in hair cycle reentry.

12 contact rather than on particle release and reentry.

13 degrades key E2F targets to limit cell cycle reentry.

14 ponents before GVBD is necessary for meiotic reentry.

15 ormal automaticity, afterdepolarizations, or reentry.

16 roke velocity (V(max)), slow conduction, and reentry.

17 ities is a critical substrate for functional reentry.

18 ge-sensitive dye during pacing and sustained reentry.

19 hat can be activated rapidly upon cell cycle reentry.

20 duced, of which 4 (66.7%) showed endocardial reentry.

21 z until loss of 1:1 capture or initiation of reentry.

22 on of scar is more common than bundle-branch reentry.

23 nduced, of which 4 (19.0%) showed epicardial reentry.

24 resent in 9 of 14 patients with scar-related reentry.

25 ion (> E9.5) seems to be required to sustain reentry.

26 side, followed by development of single loop reentry.

27 pted INM and reduced Muller glial cell cycle reentry.

28 essed in a fraction of cells destined for DZ reentry.

29 l wave tip would terminate AF and not anchor reentry.

30 rmalities, leading to development of phase 2 reentry.

31 (Fn14) resulting in cardiomyocyte cell cycle reentry.

32 ands and to control cardiomyocyte cell cycle reentry.

33 bal rhythms as a result of wavebreak-induced reentries.

34 n a few regions, most of them being unstable reentries.

35 h SAN macro- (slow-fast; 16-28 mm) and micro-reentry (1-3 mm) were observed in 60% of the MI preparat

36 analyzed 51 atypical atrioventricular nodal reentry (45% posterior type) and 80 AP tachycardias (ant

37 of contact during the first 5 years); later reentry (7.1%) (characterized by moderate probability of

38 Of the 14 patients with scar-related reentry, 9 (64%) had periannular scar, and 10 (71%) had

39 If so, in addition to reentry, abnormal automaticity or triggered activity may

40 K(+) channel blockers increased reentry action potential duration but infrequently termi

41 tingray devices for antegrade dissection and reentry (ADR) of chronic total occlusions has improved h

42 of E2F target genes essential for cell cycle reentry after differentiation.

43 t mitotic progression and control of mitotic reentry after DNA damage resides, at least in part, on t

44 It is unknown whether aberrant cell cycle reentry also occurs in IBM.

45 Of these, 69% reentries and 71% foci were in the left atrium.

46 ere identified in 103 patients: 3802 (80.5%) reentries and 918 (19.5%) focal breakthroughs; most of t

47 colation mechanism could also explain atrial reentries and complex fractionated electrograms.

48 , beta-cells undergo unrestrained cell cycle reentry and activation of apoptosis.

49 shes between atypical atrioventricular nodal reentry and atrioventricular reentrant tachycardia media

50 Finally, accelerated pacing initiated wave reentry and breakup in the failing heart.

51 rrounding can act as a nucleation center for reentry and can anchor an induced spiral wave.

52 ng pattern is directly related to cell cycle reentry and cell death of ATM-deficient neurons.

53 a1/VCAM-1 interaction, leading to cell cycle reentry and cellular proliferation.

54 Bal/Bal neurons exhibit extensive cell cycle reentry and degeneration in both cortex and cerebellum.

55 Next, we tested for evidence of reentry and DNA synthesis in C2C12 myotubes induced to e

56 ion frequencies that are relevant to cardiac reentry and fibrillation.

57 lso develop localized wave breaks leading to reentry and fibrillation.

58 atic analyses were performed to recognize 3D reentry and foci.

59 During shock-induced reentry and in sustained VT, photon scattering, combined

60 atory conduction during pacing and sustained reentry and may have important implications in tachyarrh

61 THPO/MPL-signaling also controls cell cycle reentry and mediates AE-induced self-renewal.

62 , periostin-induced cardiomyocyte cell-cycle reentry and mitosis were associated with improved ventri

63 in-mediated transcription blocked cell cycle reentry and progression through G1 into S phase, respect

64 Ralph Mines studied the basic principles of reentry and published his data in The Journal of Physiol

65 r diminishing their prospects for successful reentry and reintegration.

66 amurally in the simplified model, leading to reentry and shock failure.

67 ed augmented efficiency in promoting S-phase reentry and strongly enhanced association with p130 and

68 liary resorption is a checkpoint for S phase reentry and that the activation of phospho(T94)Tctex-1 c

69 resent a brief historical overview regarding reentry and then discuss the basic concepts and terminol

70 nd prevented the hypothermia-induced phase 2 reentry and VT/VF.

71 ing the substrate for development of phase 2 reentry and VT/VF.

72 questions regarding incarceration, prisoner reentry, and communities:(1) whether and how mass incarc

73 generation and regeneration, telogen-anagen reentry, and extra-follicular macro-environmental modula

74 ading to cyclin D1 up-regulation, cell cycle reentry, and neuronal apoptosis.

75 ed neuron death following ectopic cell cycle reentry, and synaptic dysfunction are triggered by solub

76 ction of the common pathway for figure-eight reentry, and transitions from paced activity to reentry

77 own whether inward-rectifier K+ channels and reentry are also important in maintaining stretch-induce

78 Left atrial tachycardias included reentry around the mitral valve (n=3) and in the roof of

79 further research, CBVT may obviate surgical reentry as a technique for assessing regenerative therap

80 The model identified staff reentry as the critical pathway of contagion, and provid

81 inhibition of cell expansion and cell cycle reentry at high temperatures is due to suppressed auxin

82 shown to be driven by meandering transitory reentries attached to fibrosis borders expressing specif

83 liver, to investigate its role in cell cycle reentry by differentiated hepatocytes.

84 -like events contributed to the formation of reentry by further decreasing the already reduced-by-hyp

85 All patients received target lumen reentry by means of balloon fenestration of the aortic d

86 We aimed at blocking such a reentry by neutralizing the key chemokine CXCL10.

87 Blockade of I(K,ACh-c) prevented/terminated reentry by prolonging APD and changing APD and conductio

88 ntry, and transitions from paced activity to reentry can all be distinguished using the pVCG.

89 ays (AP) and atypical atrioventricular nodal reentry can be challenging.

90 AV ring reentry can occur by spatial dissociation of antegrade a

91 Safety of the reentry catheter maneuver was estimated with the Clopper

92 The applied commercially available reentry catheter seems to be a reliable and safe tool th

93 Use of the reentry catheter was technically successful in all 13 (1

94 A reentry catheter was used for fluoroscopically guided pu

95 Reentry chirality was determined by the weak side locati

96 gnition of macroreentry and proximity to the reentry circuit using a single multielectrode catheter b

97 nged action potentials (P<0.05) and multiple reentry circuits during induced VA.

98 gulation of potassium currents, and multiple reentry circuits during VA.

99 with the prolonged initial contact and later reentry classes, respectively.

100 mutations exhibited an efficiency of S-phase reentry comparable to that of HR HPV E7.

101 cycle length and path length and decreasing reentry CV (n=16).

102 ame stationary and sustained, with a shorter reentry cycle length and higher rate.

103 ed 100% of reentry episodes while increasing reentry cycle length and path length and decreasing reen

104 In contrast, reentry cycle length did not correlate significantly wit

105 tion, and the pacing rate needed to initiate reentry decreased with increased asymmetry in the patter

106 er, and the probability of successful anagen reentry decreases, leading to progressive alopecia.

107 ell wall regeneration; inhibiting cell cycle reentry, dedifferentiation, and cell division; and suppr

108 .66 for initial measurement and P = 0.92 for reentry), defect fill (P = 0.14), or defect resolution (

109 Although some attachment loss occurred, the reentry demonstrated a high percentage of bone fill of t

110 Under these conditions, phase 2 reentry developed as the epicardial AP dome propagated f

111 es for crossing total occlusions; true-lumen reentry devices; thrombectomy catheters; and embolic pro

112 Reflection led to functional reentry distally and bigeminal and trigeminal rhythms pr

113 l fibrillation, the wavelength dependence of reentry duration is similar for electrical and structura

114 The dependence of reentry duration on wavelength was the same for electric

115 as observed in 98% of atrioventricular nodal reentries during 4+/-1.1 cycles; this phenomena was obse

116 lar coupling on conduction velocity (CV) and reentry dynamics.

117 two-dimensional cardiac wave propagation and reentry dynamics.

118 tory conduction occurred in 45% of the I(Ks) reentry episodes but in none of the controls.

119 pe Ca(2+) channel blocker terminated 100% of reentry episodes while increasing reentry cycle length a

120 pid depletion that coincided with cell cycle reentry, exhibiting 2.5-fold increased histone H3 phosph

121 genomic instability and defective cell cycle reentry following replication stress, and mutant animals

122 ing timing of ridge preservation healing and reentry for implant placement.

123 ory for both models and conversion to stable reentry for the CM.

124 The method integrates principles of reentry formation to recognize VT channels without pace

125 ions, or heterogeneous tissue substrates for reentry formation.

126 ontributing to unstable nodal lines prone to reentry formation.

127 s was the sufficient condition necessary for reentry formation.

128 at upregulation of hERG increases functional reentry frequency and contributes to its stability.

129 In both simulations and experiments, reentry frequency and CV diminished with larger myofibro

130 uine increased rotor core size and decreased reentry frequency from 10.6+/-0.7 Hz in control to 6.3+/

131 hERG overexpression dramatically accelerates reentry frequency in NRVM monolayers.

132 ecainide had lesser effects on core size and reentry frequency than chloroquine and did not restore s

133 Reentry frequency was higher in the I(Kr)-infected monol

134 tigated the effects of I(Kr) upregulation on reentry frequency, APD, CV, and WL in neonatal rat ventr

135 ficantly increasing core size and decreasing reentry frequency.

136 hat occur during nutrient-induced cell cycle reentry from quiescence in the yeast Saccharomyces cerev

137 eft atrium, the site of conduction block and reentry gradually shifted, as a function of coupling int

138 studied extensively, although bundle-branch reentry has been reported.

139 VT was attributed to scar-related reentry in 14 patients (70%) and to bundle-branch reentr

140 ry in 14 patients (70%) and to bundle-branch reentry in 2 (10%).

141 In this referral population, reentry in a region of scar is more common than bundle-b

142 was to elucidate the mechanism of SAN micro-reentry in canine hearts with post-myocardial infarction

143 tifier K+ channels by chloroquine terminates reentry in cholinergic atrial fibrillation (AF).

144 uman papillomaviruses (HPVs) promote S-phase reentry in differentiated keratinocytes of the squamous

145 This is the first report of cell cycle reentry in human myositis.

146 in3A-deleted germ cells, coincident with the reentry in mitosis.

147 tachycardia mechanism was typical slow/fast reentry in most cases in both groups.

148 , the poised state that allows rapid meiotic reentry in mouse GV oocytes may be determined by the dif

149 FGF1-induced cell cycle reentry in neonatal cardiomyocytes could be blocked by F

150 beit being insufficient for establishment of reentry in normal hearts.

151 ed pocket protein, thereby promoting S-phase reentry in postmitotic, differentiated keratinocytes of

152 adenosine-induced AF is driven by localized reentry in RA areas with highest expression of adenosine

153 The absence of rescue and evidence for reentry in separate models of myodegeneration and inflam

154 ous HPV types or mutations to induce S-phase reentry in spinous cells correlated with their relative

155 d that the E7 protein, which induces S phase reentry in suprabasal cells by destabilizing the p130 po

156 cell cycle and was sufficient for cell-cycle reentry in the absence of periostin.

157 depressed for 9.0 +/- 3.0 minutes, promoting reentry in the reperfused zone.

158 3 minutes of VF, mechanisms other than local reentry in the working myocardium maintain VF in the ant

159 ar fibrillation (VF) is maintained solely by reentry in the working myocardium.

160 e also assessed the incidence of endocardial reentry in this model using endocardial basket catheters

161 rolling the rotation frequency of functional reentry in ventricular fibrillation (VF) are poorly unde

162 ntly increases newt cardiomyocyte cell cycle reentry in vitro.

163 xport pharmacologically abolishes cell cycle reentry in wild-type but not Cdk5(-/-) neurons, suggesti

164 The incidence of reentry in working myocardium decreases almost to 0 afte

165 Measurements at baseline and at the 6-month reentry included defect height (from smooth-rough juncti

166 he MM group VTs had features consistent with reentry, including induction by programmed stimulation w

167 residues elevated the efficiency of S-phase reentry, independent of their charge.

168 seconds; P<0.0001) in atrial cultures during reentry, indicating the presence of I(K,ACh-c).

169 Reentry induced from this S1-S2 pinwheel protocol has be

170 The sites and likelihood of reentry induction varied according to ectopic focus loca

171 ing stimulation mechanisms which precede the reentry induction.

172 se has significant importance in relation to reentry induction.

173 tion along the same pathway (reflection) and reentry initiation.

174 ormal memory B cells do not survive repeated reentries into GCs.

175 Moreover, multiple reentries into the GC were necessary for the progression

176 ay play a role in preparing the organism for reentry into a tick from a mammalian host, we administer

177 f stress while maintaining the potential for reentry into an active existence.

178 Exit from quiescence and reentry into cell cycle is essential for HSC self-renewa

179 alence, risk factors, treatment options, and reentry into clinical practice are discussed.

180 e also designed to assist the clinician with reentry into clinical practice.

181 sphoform and LAP2alpha are up-regulated upon reentry into G(1) and colocalize in the nucleoplasm, RbS

182 ificant delay of acetyl-CoA accumulation and reentry into growth from quiescence.

183 Here, we provide evidence that oocyte reentry into meiosis is instead associated with a shift

184 rgo germinal vesicle breakdown, a marker for reentry into MI.

185 ed Cdc25B levels was documented by the early reentry into mitosis of cells overexpressing ectopic Cdc

186 dict the change in ensemble state upon later reentry into one environment according to linear extrapo

187 may also prime this pathogen for successful reentry into the aquatic environment.

188 lic AMP (cAMP)] triggers DNA replication and reentry into the cell cycle (mitotic clonal expansion).

189 tivation of p53 after senescence resulted in reentry into the cell cycle and rapid tumor progression.

190 of Stat3, Ascl1a, and Lin28a in Muller glia reentry into the cell cycle following damage to the zebr

191 um used in our study leads to a high rate of reentry into the cell cycle of most cell types, providin

192 nt cell cycle arrest, DNA damage repair, and reentry into the cell cycle.

193 l of quiescent stem cells (SCs) requires the reentry into the cell cycle.

194 and its reinduction in B cells selected for reentry into the DZ.

195 sural axons from the VM and/or prevent their reentry into the FP has not been explicitly established

196 receptor (EGFR) is indispensable for oocyte reentry into the meiotic cell cycle, for the synthesis o

197 ent pools of mRNAs stalled in the process of reentry into translation from P bodies.

198 their expulsion from, and prohibiting their reentry into, the FP.

199 K+ channel blockade profile and suggest that reentry is important to maintain acute SAF.

200 scular access may be compromised and sternal reentry is more likely to result in cardiac injury.

201 Our results showed that intramural reentry is present early but not late during VF in the m

202 The mechanism of reentry is probably increased tissue heterogeneity resul

203 In conclusion, reentry is readily induced by rapid pacing in confluent

204 ernans, a putative trigger event for cardiac reentry, is a beat-to-beat alternation in membrane poten

205 The reentry isthmus was characterized by a relatively small

206 cell cycle genes associated with cell cycle reentry, late G1, S, and early G2 had increased RNA leve

207 in the human brain form frequency-dependent reentry loops that are dominated by flow from parieto-oc

208 The activation pattern of localized reentry (LR) in atrial tachycardia remains incompletely

209 R gating model depicting an [ATP]-dependent "reentry" mechanism that allows CFTR shuffling among diff

210 nt epithelial cells induced rapid cell cycle reentry, mediated by independent nuclear accumulation an

211 l advances such as the tibiopedal access and reentry methods have allowed crossing of lesions that we

212 creased, resulting in wave fractionation and reentry multiplication.

213 Treatment of multiwavelet reentry (MWR) remains difficult.

214 tential duration but infrequently terminated reentry (n=12).

215 er (n=7), non-isthmus-dependent right atrial reentry (n=7), and 1 focal atrial tachycardia.

216 Maintenance of reentry necessitates a sufficiently short refractory per

217 During ischemia, spontaneous reentry occurred in 5 of 11 monolayers, initiated by ext

218 d after FGF1/TWEAK stimulation in cell cycle reentry of >40% adult cardiomyocytes.

219 ion of Rb in these SCs results in cell cycle reentry of both pillar and Deiters' cells, and completio

220 OH kinase was required for periostin-induced reentry of cardiomyocytes into the cell cycle and was su

221 Plk1 was further observed during the mitotic reentry of cells after a DNA damage G(2) checkpoint, as

222 ulate Hh signaling which triggers cell-cycle reentry of cells that had previously exited the cell cyc

223 rotein, has recently been proposed to induce reentry of differentiated cardiomyocytes back into the c

224 we show that extracellular periostin induced reentry of differentiated mammalian cardiomyocytes into

225 d, thereby providing a potential pathway for reentry of drugs into the human food supply.

226 on into and out of corneal stroma, we showed reentry of extravasated leukocytes from angiogenic vesse

227 germline, Sin3a is required for the mitotic reentry of gonocytes, but is dispensable for the mainten

228 erlying the dedifferentiation and cell cycle reentry of mouse ACMs.

229 The cell cycle reentry of myotubes, forced by the E1A oncogene, was ass

230 in the infarcted zones as well as cell cycle reentry of periinfarct myocardium with an increase in DN

231 l of p53 activity is critical for cell cycle reentry of postmitotic, differentiated cells, whereas an

232 l as immunological hot spots that facilitate reentry of stromal macropahges.

233 sults in a loss of gap junction protein, the reentry of the cells into the cell cycle, and regenerati

234 with the possibility that Ser-1368 prevents reentry of the excluded drug.

235 ensis LVS Delta ripA mutant demonstrated the reentry of the mutant bacteria into double membrane vacu

236 robust regenerative response mediated by the reentry of the resident Muller glia into the cell cycle.

237 alternans, which caused conduction block and reentry only for the elevated I(Ca,L) case.

238 we show that 16E7ER promotes either S-phase reentry or p21cip1 accumulation in differentiated kerati

239 surgical measurements by 0.5 +/- 1.1 mm for reentry (P <0.01) and 0.9 +/- 0.8 mm for the initial mea

240 tly decreased reentry rate and CV, increased reentry path length and terminated 30% of reentrant arrh

241 els within the FC of PF rats exacerbated arm-reentry perseverative errors without significantly affec

242 ternation in PTD rats as well as reduced arm-reentry perseverative errors.

243 Reentry persisted for multiple beats, lasting from 3 to

244 The micro-reentry pivot waves were anchored to the longitudinal bl

245 potheses, cell death after forced cell-cycle reentry presents a major challenge for mammalian HC rege

246 the time of surgery (baseline) and during a reentry procedure 9 months later.

247 nts were repeated with the use of a surgical reentry procedure on 29 patients.

248 at localized ablation may anchor spiral wave reentry, producing organized tachycardias.

249 the potential benefits of continuity of care reentry programs to help mentally ill inmates connect wi

250 (+) channel blocker, significantly decreased reentry rate and CV, increased reentry path length and t

251 olving the sinoatrial node (SAN), namely SAN reentry, remain one of the most intriguing enigmas of ca

252 Functional reentry, resulting from the interplay between slowed con

253 id point pacing can convert basic functional reentry (single spiral) into a stable multiwave spiral t

254 spontaneous initiations and terminations of reentry (SITR) generated by this system are studied thro

255 ellular coupling alters conduction velocity, reentry stability, and complexity of wave propagation.

256 With data from the Boston Reentry Study (BRS), we document the extreme marginality

257 chment level, and defect fill as revealed by reentry surgeries at 6 months.

258 Reentry surgeries were performed at 6 months after initi

259 depths) were obtained at initial and 6-month reentry surgeries.

260 to initial bone grafting and at the 6-month reentry surgery for 35 intrabony defects.

261 At 16 weeks, a reentry surgery was performed, clinical measurements wer

262 e defect resolution from baseline to 6-month reentry surgery.

263 tachycardia (n = 8), atrioventricular nodal reentry tachycardia (n = 13), reentry via an accessory p

264 in 3 of the 4 cases (atrioventricular nodal reentry tachycardia [2] and atrioventricular reentrant t

265 chycardia mechanisms (atrioventricular nodal reentry tachycardia and atrioventricular reentrant tachy

266 t (mixing, spraying, equipment cleaning) and reentry tasks.

267 Subintimal dissection/reentry techniques are increasingly being used for cross

268 Subintimal dissection/reentry techniques can increase procedural success rates

269 ronic total occlusions subintimal dissection/reentry techniques, clarify the related terminology and

270 Reentry termination by L-type Ca(2+) channel, but not Na

271 duced virtual electrode polarizations assist reentry termination.

272 inducing unidirectional conduction block and reentry than a single extrasystole.

273 Through these multiple GC reentries, the hallmark BCL2:IGH translocation enables A

274 In contrast, during high-frequency reentry, the CV measured at varying distances from the c

275 of tumor suppressors and reactivates S-phase reentry, thereby facilitating viral DNA amplification.

276 Fourth, reentry through slow-conducting channels may terminate i

277 l blockade of IKv,fb successfully terminated reentry under otherwise profibrillatory conditions.

278 We surmised that reentry underlies SAF, and that abolishing reentry with

279 However, the dynamics during atrial reentry varied between electrical, structural, and combi

280 tricular nodal reentry tachycardia (n = 13), reentry via an accessory pathway (n = 4) or via twin atr

281 d that Cx45 positively influences cell cycle reentry via ATP signaling that involves intracellular ca

282 ole in the regulation of cell cycle exit and reentry via MYC degradation.

283 -dependent slowing and conduction block, and reentry was demonstrated in one substrate.

284 No reentry was demonstrated.

285 Reentry was easily induced by rapid pacing in cocultures

286 Reentry was formed only in the advanced ischemia stage a

287 No actual reentry was found.

288 Spiral wave reentry was simulated in monodomain 2-dimensional myocyt

289 Because conduction slowing is required for reentry, we hypothesized that AF from pulmonary vein tri

290 b1 and Mos mRNAs increases during cell cycle reentry, well after germinal vesicle breakdown (GVBD).

291 Reentries were not sustained (median, 2.6 rotations last

292 Sites critical to reentry were harbored in regions with slow conduction ve

293 supporting cells also showed some cell cycle reentry when cultured.

294 orylation allows rapid cell-cycle arrest and reentry, whereas slow Far1 synthesis reinforces arrest.

295 t reentry underlies SAF, and that abolishing reentry with chloroquine terminates SAF more effectively

296 that may be useful for gaining target lumen reentry with reasonably good clinical outcomes.

297 t are important for cardiomyocyte cell cycle reentry, with relevance to ventricular noncompaction car

298 asia phenotype as well as ectopic cell cycle reentry within villus enterocytes in the small intestine

299 tion, atrial flutter, atrioventricular nodal reentry, Wolff-Parkinson-White syndrome, and atrial tach

300 atrial electrophysiology and, by eliminating reentry, would prevent AF.