ライフサイエンスコーパス: second stage

1 Forty-seven TSR patients (72%) completed the second stage.

2 proximately 16 Myr ago) derivative from this second stage.

3 e, and 3,990 cases and 3,916 controls in the second stage.

4 en tested using the remaining samples in the second stage.

5 ed the folding and docking of helix I in the second stage.

6 t site but did not enter the Golgi until the second stage.

7 fpB from protofibrils and/or fibrils at the second stage.

8 ulsion stage to the monomer added during the second stage.

9 of the first stage becomes the input of the second stage.

10 targeting G/Cs in the first and A/Ts in the second stage.

11 e and increased cell survival 70% during the second stage.

12 stent selection of regulatory effects at the second stage.

13 nd socioeconomic status were included in the second stage.

14 , including patients who did not undergo the second stage.

15 ivalent chelating, not on the binding at the second stage.

16 T) has brought new hopes for patients in the second stage.

17 At the second stage, 1,792 SNPs were significant at the P < 0.0

18 t stage, 0-8 hrs after endotoxin) and later (second stage, 12-48 hrs after endotoxin).

19 At second stage, 6 months after implant placement, the mean

20 s was the main cause of noncompletion of the second stage (61%).

21 Twenty-nine patients completed the second stage (97% feasibility).

22 In the second stage a rapidly accelerating depolarization begin

23 For the second stage, a differential-equation model was formulat

24 In the second stage, a nationally representative population-bas

25 In the second stage, a phase 2a dose-escalating study, 14 patie

26 y PM2.5 and years of life lost (YLL); at the second stage, a random-effects meta-analysis was used to

27 In the second stage, a year later, the process was repeated usi

28 In the second stage, a Z-score or P-value is used as the test s

29 In the second stage, activated c-Raf-1 is separated from KSR1,

30 ually reactive species then participate in a second stage acylnitroso Diels-Alder cycloaddition.

31 In the second stage all molecules are docked to the major docki

32 rior probability of the selected model for a second stage also relying on RF.

33 e at P < 1 x 10(-6) were then evaluated in a second-stage analysis consisting of one independent coho

34 ing P < 10(-5) in this first stage underwent second-stage analysis in 2 independent US cohorts of Eur

35 Second-stage analysis in an independent cohort further s

36 g the selection of the candidate markers for second-stage analysis, statistical power of this design,

37 so selected, for a total of 110 SNPs for the second-stage analysis.

38 4)); of these SNPs, 38 were selected for the second-stage analysis.

39 iated markers are ranked among the top after second-stage analysis.

40 the proportion of markers to be selected for second-stage analysis.

41 It seems that MSH2 is involved in the second stage, and that activation induced deaminase (AID

42 th choice in the first stage, and RTs in the second stage, are directly affected by a model-based/fre

43 The second stage assessed intervention integrity and the imp

44 coverage of GABARAP and DLG4, we conducted a second-stage association analysis by genotyping four mor

45 stering using Hierarchies algorithm with the second stage being a conventional k-means clustering tec

46 A second-stage bidirectional cavopulmonary anastomosis for

47 The second-stage binding requires Src family kinase activity

48 the pumping speed required for the first or second stage by a factor of 2-3.

49 The resultant monoadduct is removed in a second stage by nucleotide excision repair.

50 pyroxenite, a lithology that had formed in a second stage by reaction of peridotite with partial melt

51 tion temperature controlled the shape in the second stage by regulation of the growth kinetics.

52 In rare cases, the two rods enter a second stage by rotating into parallel alignment.

53 The second stage, characterized by salt-sensitivity, renal a

54 sive participants were more likely to repeat second-stage choices after previous reward, irrespective

55 ociated with an increased tendency to repeat second-stage choices independent of whether these choice

56 In the second stage, circumferential actin cables near cell-cel

57 e clamps in an open conformation, and in the second stage, clamp loaders place the open clamps around

58 HIV-1 acquisition and was replicated in both second-stage cohorts.

59 The second stage commenced after a glacial outburst that cau

60 the underlying genome and compare choices of second-stage compression algorithm.

61 Promising associations were evaluated in a second stage, comprising 12,576 cases and 12,223 control

62 to allylmagnesium bromide for completing the second-stage condensation.

63 This triggers a second stage consisting of a step increase in adhesion a

64 n of a tetrahedral intermediate, whereas the second stage corresponds to the cleavage of the Ser70-C7

65 The second stage corresponds with the Shuram excursion in th

66 /mol, and DeltaS(1) = +36 cal/K.mol; for the second stage, DeltaG(2) = -5.5 kcal/mol (K(1) = 1.3 x 10

67 try (14 497, first-stage discovery and 3459, second-stage discovery) to examine the effect of rare va

68 Without clinical suspicion of severe second-stage disease, lumbar puncture can be avoided and

69 d thrombin, followed 12 to 14 hrs later by a second stage driven by C-reactive protein/complement com

70 ptosis by 20% during the first stage without second stage effect.

71 these, 182 (15.9%) operations were first- or second-stage elephant trunk procedures, performed in a t

72 The second stage employs a hollow microdialysis capillary to

73 In the second stage, endogenous IL-1beta and interleukin 18 fur

74 In the second stage, epistatic QTL that interact significantly

75 ) and immediate neurologic deficit after the second-stage ET repair was 6/206 (2.9%).

76 The second stage filters the false positives by analyzing di

77 lly, we use a two-stage predictor, where the second stage filters the output of the first stage.

78 The second stage finds substances with activity at the lowes

79 ll number of discrete water molecules in the second stage follows a rapid decrease in the number of w

80 orm dissolution of the pore space, while the second stage follows a single-channel growth regime.

81 routed to the appropriate classifiers in the second stage for chemotyping the spectra, i.e., identify

82 first larval stage and downregulated by the second stage for normal development.

83 In the second stage, functional principal component analysis is

84 ht of 20 kg or more, who have first-stage or second-stage gambiense human African trypanosomiasis and

85 ral abnormality in amblyopia at the level of second stage grouping processes.

86 This cohort study included 684 second-stage HAT patients (including 120 children) treat

87 A second-stage hepatectomy is performed as soon as the gra

88 The current chemotherapy for second stage human African trypanosomiasis is unsatisfac

89 rands in a two-stranded beta-hairpin; in the second stage, hydrogen bonds are formed along the second

90 riants of green fluorescent protein from the second-stage IEF fractionation were further separated in

91 remodeling Swi/Snf complex is required for a second stage in germ cell transcriptional repression.

92 in prenatal myeloid cells, progressing to a second stage in the postnatal period and, finally, resul

93 uire nicking of the substrate, followed by a second stage in which other proteins were added.

94 tudy to evaluate promising associations in a second stage in which we genotyped 43,671 SNPs in 3,650

95 njury and reveal a reperfusion injury stage (second stage) in the human endotoxin model of compensate

96 P-1 bound to primed Golgi membranes during a second-stage incubation on ice is fully sensitive to Tri

97 The second stage involved a multivariate random-effects meta

98 The second stage involved further genotyping of markers from

99 As-O bonds at the particle surface, and the second stage involves further reduction and diffusion of

100 lters and divisive normalization-whereas the second stage involves novel computations-compressive spa

101 The second stage is a computational validation procedure tha

102 The second stage is based on V4 and is concerned with automa

103 The second stage is characterized by emergence of erythroleu

104 n two-stage design trial; enrolment into the second stage is continuing.

105 riven by the gas pressure gradient while the second stage is controlled by gas desorption and diffusi

106 Staged acceleration by the wakefield of the second stage is detected via an energy gain of 100 megae

107 The second stage is hypothesised to involve Dam methylation

108 receptor diffusion and capture, whereas the second stage is more actively controlled, perhaps with r

109 This second stage is more likely to be observed in blacks, in

110 ditional multiple autophosphorylation in the second stage is required for the formation of stable dim

111 rst stage was 18.7 kcal.mol(-1), and for the second stage, it was 7.2 kcal.mol(-1), in excellent agre

112 lular GpX is present throughout the nematode second stage juvenile and is particularly abundant in me

113 minnesotensis are endoparasitic fungi of the second-stage juvenile (J2) of the soybean cyst nematode

114 cell, and was up-regulated in the parasitic second-stage juvenile, correlating with the time when fe

115 We compared responses of infective second stage juveniles (J2s) to root volatiles of three

116 apid localized response, affecting parasitic second stage juveniles (p-J2).

117 In our studies second stage juveniles of Heterodera glycines, the soybe

118 and gravid females but not in pre-parasitic second stage juveniles.

119 Treatment of the second-stage juveniles (J2) juveniles of PPN Meloidogyne

120 d the highest expression levels in parasitic second-stage juveniles.

121 In the second stage, kappalat of the optimized sample is furthe

122 s abundant in the perivitelline fluid of the second-stage larva.

123 on and migration of root-knot nematode (RKN) second-stage larvae (L2) did not elevate ARR5 expression

124 3s isolated from anaerobic muscle or aerobic second-stage larvae were identical.

125 ime of the electron beam with respect to the second-stage laser pulse allowed us to reconstruct the t

126 The fine fraction was treated in the second-stage leaching using sulfuric acid to further con

127 an be accounted for by a model incorporating second-stage loading in which the vesicles are released

128 oned at the active zones, a process known as second-stage loading.

129 nite-coated stainless steel sample loop; the second stage loop is filled with 1-mm-diameter glass bea

130 erval (CI)=2.23-19.63) was replicated in the second stage (lowest unadjusted P value for overall late

131 These regions then underwent second-stage mapping with an additional set of 42 marker

132 tal of 240+/-2 ng of DNA was eluted from the second-stage monolith, resulting in an overall extractio

133 h using a longer wavelength, resulted in the second-stage morphology exhibiting termination of lamell

134 l cavopulmonary anastomosis for HLHS reduces second-stage mortality and improves intermediate surviva

135 applied to find a candidate gene set; In the second stage, mRMR method is applied to directly and exp

136 All second stage mutants grew on ethanol with a doubling tim

137 subventral gland cells of the pre-parasitic second-stage nematode.

138 Strong inhibition prevents most of the second-stage neurons from firing spikes, and therefore s

139 and size of internal voids is controlled by second-stage nucleation.

140 The second stage, occurring at higher protein concentrations

141 The second stage occurs after the dephosphorylation of SpoII

142 implied probability distribution, or as the second stage of a forward-backward algorithm, is a task

143 In the second stage of a two-stage genome screen for susceptibi

144 eded the predetermined threshold level for a second stage of accrual and the study was closed.

145 Twenty-three patients were entered into the second stage of accrual.

146 taxel infusion was decreased to 1 hour for a second stage of accrual.

147 rst, the addition of plastocyanin before the second stage of b6f incorporation begins results in comp

148 at are similar to those occurring during the second stage of complex incorporation.

149 a temporally discrete, previously undetected second stage of consolidation for both LTP and memory.

150 In the second stage of conversion to a biliprotein, we demonstr

151 ding array of eight proposed belt areas as a second stage of cortical processing.

152 The speed of the slower second stage of dissociation and the treatment time requ

153 A second stage of disulfide shuffling catalyzed by isomera

154 efficiency when treated with VEGF during the second stage of endothelial progenitor differentiation.

155 greater than the 95th percentile during the second stage of exercise and third minute of recovery, r

156 t then failed to increase further during the second stage of exercise despite an additional increase

157 also, either directly or indirectly, in the second stage of fusion, content mixing.

158 production decline appears controlled by the second stage of gas release.

159 cules that target the central nervous system second stage of human African trypanosomiasis (HAT).

160 Our results from the second stage of individual SNP- and/or haplotype-based a

161 s were more likely to experience a prolonged second stage of labor.

162 Here we have demonstrated the second stage of metabolic engineering effort by designin

163 A second stage of MID upregulation correlates with the acq

164 This failure of the second stage of mineral formation may be caused by an ex

165 Thus, the second stage of nucleated conformational conversion, fib

166 Using a second stage of precipitation at 8 mM hexammine cobalt,

167 of candidates is then further refined in the second stage of processing by computing a color histogra

168 istent with our previous suggestion that the second stage of reorganization proceeds via mechanisms c

169 cy also disrupted the citric acid cycle, the second stage of respiration, where Ni-D foliage containe

170 e implant failed in the control group at the second stage of surgery (6 months after placement); one

171 The second stage of the analysis was to use the calculated a

172 ex, an area lying adjacent to A1, and at the second stage of the auditory cortical hierarchy.

173 BP, diastolic BP, and heart rate during the second stage of the Bruce protocol and at the third minu

174 elated exercise systolic and diastolic BP at second stage of the Bruce protocol to standard cardiovas

175 During the second stage of the calculation, a single alignment tens

176 f four additional study populations from the second stage of the CGEMS study.

177 In the second stage of the domino strategy, an iron(III)-cataly

178 procedures and endovascular stenting for the second stage of the elephant trunk procedure, the operat

179 In the second stage of the meta-analysis, random effects models

180 e fragment ions are further subjected to the second stage of the MS, and consequently, MS(3) spectra

181 ht play in the nucleation process and in the second stage of the precipitation process, i.e., growth,

182 The second stage of the process involves adjusting the ionic

183 t statistical criteria are considered in the second stage of the process, which involves ranking gene

184 ntly allows it to become a substrate for the second stage of the reaction.

185 In the second stage of the strategy, RCM generates benzofused n

186 ative subjects consented to participate in a second stage of the study and undergo new serologic test

187 STA wheat was selected for the second stage of the study to evaluate the quality of coo

188 In the second stage of the study, the range of sensitivities ob

189 In the second stage of the tandem strategy, highly substituted

190 In the second stage of the tandem strategy, ring-closing metath

191 In the second stage of the tandem strategy, triflate derivative

192 For each group, the second stage of the trial (enrolment of 20 additional pa

193 In the vertebrate inner retina, the second stage of the visual system, different components

194 show evidence for linkage with FCHL, in the second stage of this design.

195 f chains in different layers, specifically a second stage of tilt, increased rotation about the O2-C2

196 with systemic hormones during the first and second stages of involution.

197 ining cement spacers (ACSs) collected during second stages of staged revisions for arthroplasty infec

198 Additionally, several centers have performed second-stage palliation - bidirectional Glenn or hemi-Fo

199 The optimal shunt to improve survival to the second-stage palliation is unknown.

200 is associated with older age at the time of second-stage palliation, older age at pre-Fontan evaluat

201 on analysis with shrinkage toward a simpler, second-stage parametric latency model.

202 No spinal cord dysfunction occurred in second-stage patients.

203 In the second stage, patients were enrolled in cohorts of three

204 he other, and then mixed these products in a second-stage PCR to produce the final spliced product.

205 In a second stage, phytoene conversion into downstream carote

206 d delivery systems will further simplify the second-stage portion of these complex aneurysm repairs.

207 andard risk factors but not cholesterol; the second stage predicted the risk for death from coronary

208 In the second stage, primed Cds1 molecules dimerize via phospho

209 ial urinary sphincter should be planned as a second stage procedure after stabilization of the bladde

210 During the second stage, proliferation was observed in SF1-negative

211 Thus, the daphnane analogue mezerein is a second-stage promoter, the macrolide bryostatin 1 is a p

212 In the second stage, proteins predicted from the plausible gene

213 In the second stage, proteolysis of the acetylated proteins yie

214 During the second stage, proto-differentiated progenitor cells unde

215 Further evidence reinforces that the second stage, protonation of the arylpalladium intermedi

216 ng that the working memory mechanisms in the second stage provide feedback control of input to catego

217 The second stage provides good estimates for the global equi

218 8-temporary layers, respectively; and at the second stage, R7 and R8 growth cones progress synchronou

219 This was a second-stage randomization of clusters allocated to the

220 least 1 order of magnitude greater than the second-stage rate, associated with bilayer formation, in

221 In the second stage, receptors are tightly packed and confined.

222 both in interval patients awaiting scheduled second-stage repair and in patients who did not return.

223 In the 131 patients who did not receive a second-stage repair, 17.8% died in the interval between

224 A total of 43 patients did not return for second-stage repair.

225 first-stage ET with 157 receiving a complete second-stage repair.

226 The second stage requires phosphorylated p47(PHOX) and GTP,

227 The second stage results from the outgrowth of a rare virus-

228 ee-marker haplotype was also observed in the second-stage sample (P = 0.009, empirical P = 0.006).

229 A second-stage sample of 1302 was identified for recruitme

230 logical evaluation because of false-positive second-stage screening test results vs 48 for selective

231 l, the preselected analyte is sampled by the second-stage separation using an automated collection se

232 To prevent rupture, the second stage should be completed as soon as the patient'

233 The reversibility of the second-stage sorption process is found to be compound-sp

234 Pooling by second-stage spatial filters can account for empiric fin

235 etermined primarily by spatial tuning of the second-stage spatial filters.

236 In the second stage (stage of established status epilepticus) m

237 s of these comparisons were confirmed with a second-stage study of self-limiting infection (n=52) ver

238 These results were confirmed in the second-stage study.

239 Second-stage surgeries were performed at 4 to 8.5 months

240 For submerged implants, a second stage surgery and transmucosal abutment attachmen

241 erwent soft tissue augmentation using FGG at second stage surgery following implant placement.

242 en measurements were repeated at the 9-month second stage surgery.

243 es from a stent were repeated at the 9-month second stage surgery.

244 ncluded only patients who did not proceed to second-stage surgery (gastric bypass).

245 Second-stage surgery and provisionalization occurred aft

246 Soft tissue augmentation was performed at second-stage surgery in the premolar maxillary area with

247 Second-stage surgery was performed 4 months after the in

248 Clinical findings at second-stage surgery were consistent with complete osseo

249 At second-stage surgery, there was no clinical evidence of

250 at the time of implant placement, whereas a second-stage surgical procedure was performed for Case 2

251 of local velocity computation are based on a second stage that pools the outputs of first-stage neuro

252 g the crystal-solution boundary (stage A), a second stage that represents the diffusion of electrons

253 y in terms of processing by spatial filters (second stage) that pool the ganglion cell responses.

254 summed and integrated by LATER units in the second stage, that perform the final global decision by

255 In the second stage the vacancies annihilate slowly as tropomyo

256 In the second stage, the bulk of the duration of the infection

257 In the second stage, the differentially abundant features are d

258 In the second stage, the plasmalemma density reaches a metastab

259 In a second stage, the quality and validity of the resulting

260 In the second stage, the SERPINA1 Z allele and TGFB1 codon 10 g

261 In the second stage, the signal and coding ends are processed i

262 In a second stage, the theoretical resulting gas mixture of 6

263 In the second stage, the two SNPs in SLC25A12 were further geno

264 Already at the second stage, the visual area V2, the complexity of the

265 In the second stage this protein fingerprint is used to search

266 iously accepted clades, can be used for this second stage, this method is known to be statistically i

267 At the second stage, those deeply learned features along with t

268 (Ang-II) that has the potential to bind in a second stage to Ang-II type-1 receptor (AT1R).

269 as embolised and the woman was scheduled for second-stage treatment of the LMCA aneurysm.

270 he previously treated LMCA aneurysm, and the second-stage treatment was conducted with a good result.

271 roll-out of NECT as first-line treatment in second-stage Trypanosoma brucei gambiense HAT.

272 In the second stage, two clusters of 12 dwelling units each wer

273 llowed a two-stage design: to proceed to the second stage, two or more objective responses were neede

274 The general conclusions hold whether the second stage uses an entirely independent sample or incl

275 The second stage uses heuristics derived from a simulation s

276 computational analysis can provide a viable second stage validation of primary mass spectrometry dat

277 During a second stage, vegetative changes occurred independently

278 Thirty-day mortality rate for the second stage was 6.2% (4 of 65).

279 The second stage was to generate large numbers of random sam

280 y only approximately 10 mg/L if applied to a second-stage washwater.

281 In a second stage we investigated possible extravasation in t

282 In the second stage we obtained case data for rates of STEMI, t

283 In the second stage, we assessed for neurological impairments i

284 During this second stage, we assume that the vascular network does n

285 In a second stage, we genotype putative-associated loci in a

286 In the second stage, we rely on a hierarchical model to analyze

287 In the second stage, we replicated our findings in three indepe

288 In the second stage, we replicated this association in two inde

289 In the second stage, we sample promising regions from the first

290 In the second stage, we selected SNPs for individual genotyping

291 ated markers are ranked among the top in the second stage, we show that there is a high probability t

292 In the second stage, we tested for the presence of a single var

293 In a second stage, we tested selected SNPs with in silico rep

294 In the second stage, we use the RNA cytometry data to determine

295 d had a follow-up of >/= 24 months after the second stage were selected for review.

296 st stage of T-II controlled the onset of the second stage, when the termination became a non-reversib

297 Decay of flux in this second stage, which has been attributed largely to deple

298 In the second stage, which peaked at 24 h after injury, modest

299 markers thus selected are then analyzed in a second stage with a test that is independent from the fi

300 r a 10-year period, which was combined, in a second stage, with assigned treatment (PCI or CABG) and