ライフサイエンスコーパス: recovery rate

1 A men seemed to have almost exactly the same recovery rate.

2 k probability, where gamma is defined as the recovery rate.

3 expression, with 100% specificity and a 77% recovery rate.

4 s was found to be extremely long with a high recovery rate.

5 sease showed less severe signs and a quicker recovery rate.

6 duration, but not the timing, of changes in recovery rate.

7 very to a carbachol challenge and slowed the recovery rate.

8 ctivity and partially restored the AD cybrid recovery rate.

9 ing local deformation, shape fixity and free recovery rate.

10 ompliance, and thereby increase coverage and recovery rates.

11 ws international guidelines, results in poor recovery rates.

12 osure of a local lung program decreases lung recovery rates.

13 maintaining local programs to maximize organ recovery rates.

14 quantitation, coefficients of variation, and recovery rates.

15 he advantage of low sample dilution and high recovery rates.

16 t patch size metrics, predicted variation in recovery rates.

17 (0.24 +/- 0.02 pH units) followed by a slow recovery rate (0.042 +/- 0.002 pH units min-1) to the in

18 ecovery of added D-arabinitol in serum (mean recovery rate, 101%).

19 chotherapy had significantly higher year-end recovery rates (64.4% vs 51.5%) and shorter times to rec

20 isola (61%) and LMF (58%), P < 0.0001; CSB++ recovery rates (68%) did not differ from any of the othe

21 After showing a high recovery rate (84.5 +/- 3.3%), the BEPP was successfully

22 tment of MAM to test the hypothesis that the recovery rate achieved with CSB++ will not be >5% worse

23 The recovery rate after 3 mo of treatment was significantly

24 and 2',3'-dideoxyinosine or affect the mtDNA recovery rate after ddC treatment.

25 by reduced chlorophyll content and a reduced recovery rate after photoinhibition.

26 ficantly worsened visual acuity outcomes and recovery rates after CRAO compared with the natural hist

27 To test this hypothesis, we measured the recovery rates after insulin treatment.

28 The objective was to compare the recovery rates among children with moderate and severe w

29 ematologic recovery, with higher hematologic recovery rates among PRCA patients who received immunosu

30 n both men and women and on promoting higher recovery rates among women.

31 sleep abnormality was predictive of a lower recovery rate and a higher risk of recurrence.

32 Other outcomes comprised recovery rate and additional anthropometric measures.

33 pecies, we find that evolution maximizes the recovery rate and minimizes parasite burden.

34 The FRAP recovery rate and the mobile fraction of gamma-actin-GFP

35 ch as the efficacy of treatment, the disease recovery rate and the movement of patients.

36 c agents to nutritional therapy may increase recovery rates and decrease mortality among children wit

37 use of a novel whey RUSF resulted in higher recovery rates and improved growth than did soy RUSF, al

38 is associated with significantly lower organ recovery rates and poorer function for the abdominal ext

39 In particular, fully satisfactory recovery rates and quantitation limits were achieved, an

40 We have assayed both virus recovery rates and viral genome loads in rabbit corneas

41 be captured by a relation between stability (recovery rate) and resilience (size of the basin of attr

42 dels in terms of accuracy, microbial network recovery rate, and reproducibility.

43 films show much higher compressive strength, recovery rate, and sag factor, and the open-cell nature

44 ost contact rate, disease-induced mortality, recovery rate, and treatment rate, each of which may be

45 : greater Hispanic incidence, lower Hispanic recovery rates, and less Hispanic mortality.

46 Recovery rates are 30% to 50% after 1 year and 48% to 75

47 rixes displaying adequate dynamic ranges and recovery rates (around 90% for STX, 80% for OA, and 100%

48 ting with cells (Chlamydomonas reinhardtii), recovery rates as high as 98% could be achieved while in

49 e same time constant and step-size-dependent recovery rates as the fastest of the three mono-exponent

50 The recovery rate at 1 week was 74% in patients with serum p

51 150 mM K+o causes a sixfold acceleration of recovery rate at a holding potential of -90 mV.

52 The maximum recovery rate at pH 7.9 is about 16 times faster than at

53 erefore, the large variation in Ca(2+) blink recovery rates at different release sites occurred becau

54 ter (approximately 99% salt rejection at 50% recovery rate) at a power consumption of less than 3.5 W

55 uce rebinding (and increase the fluorescence recovery rate) because different Fab molecules compete f

56 ase rebinding (and decrease the fluorescence recovery rate) because the solution viscosity is increas

57 lls from cell culture lines from WBCs with a recovery rate better than 83%.

58 ecovery studies in drinking water, obtaining recoveries rates between 90% and 110%.

59 ificantly impaired and showed a differential recovery rate between and within investigated region of

60 0.26 mg L(-1), respectively), good accuracy (recovery rates between 100% and 104%) and precision (RSD

61 could be determined by the immunosensor with recovery rates between 84% and 108%, confirming its appl

62 Bacterial recovery rates between the proposed (indirect) and stand

63 Overall, ECD kidneys had higher recovery rates, but lower transplant rates.

64 ort cfDNA, which further increased the mtDNA recovery rate by an average of 10.4 fold.

65 The recovery rates by individual system were 87, 81, and 65%

66 s, the host species characterized by a lower recovery rate can invade the territory of its competitor

67 de, but, on the contrary, led to an enhanced recovery rate compared to control cases.

68 organisms, demonstrating a 2-fold increased recovery rate compared to the CDC method.

69 ges of remitted FEP shows superior long-term recovery rates compared with the rates achieved with MT.

70 xidative capacity was estimated from the PCr recovery rate constant (k(PCr)) and the [PCr] in accorda

71 in-1), and the post-exercise phosphocreatine recovery rate constant (min-1), a measure of muscle mito

72 p = 0.011; and post-exercise phosphocreatine recovery rate constant -0.34 min-1 (-0.51, -0.17), p<0.0

73 model there is a continuous distribution of recovery rate constants, but two-exponential fits show t

74 The recovery rate correlated closely with cancer-cell loadin

75 mplete remission with incomplete blood count recovery rate (CR + CRi) of 46%.

76 e inactivation to speed its recovery, and 4) recovery rate depends on external [K+] but not on the ma

77 However, the moderate recovery rates documented seem to indicate that the prot

78 Data for [Ca2+]i recovery rates due to extrusion and due to reuptake allo

79 During normal pHi regulation, the recovery rate during these periods cannot be used as a m

80 and habitat, our estimates of depletion and recovery rates enable the assessment of trawling impacts

81 to the modulatory site are slower than these recovery rates, especially at hyperpolarized voltages.

82 coefficients were greater than 0.999 and the recovery rates estimated between 70 and 90% for salicyli

83 l processing (P = .001 uncorrected, P((false recovery rate [FDR])) = .05, z = 3.20) and increased pre

84 KO) mice show a significant delay in barrier recovery rates following acute barrier disruption by eit

85 area under the curve for [K+]o and [Ca2+]o, recovery rate for [K+]o, and interval between spreading

86 leading to increased yield and greater coral recovery rate for a given harvest rate.

87 The mean recovery rate for all six substances at this ultratrace

88 The recovery rate for CSB++ (n = 763 of 888; 85.9%) was simi

89 This method has a recovery rate for cultured breast cancer cells of 94% (n

90 bile salts and Ca(2+) together decreases the recovery rate for fluorescently labeled TcpP, but not fo

91 Our protocol resulted in a 65% recovery rate for Gram-negative organisms, demonstrating

92 eration rate of 11-cis-retinaldehyde and the recovery rate for rod light sensitivity were faster in F

93 e rapid progression of disease and a greater recovery rate for the pathogen.

94 Long-term urine recovery rates for all 3 electrolytes were very high.

95 For liquid plus solid medium combinations, recovery rates for all mycobacteria and for MTBC, respec

96 iquid plus solid medium system combinations, recovery rates for all mycobacteria and for MTBC, respec

97 On a community level, 5-year recovery rates for DSM-5 anorexia nervosa and bulimia ne

98 Recovery rates for each regulatory mechanism were obtain

99 The recovery rates for each species were equivalent on both

100 The recovery rates for ESP II, BACTEC MGIT 960, and Middlebr

101 Overall recovery rates for impaired healthcare professionals see

102 The event recovery rates for nptII/kanamycin and hpt/hygromycin sy

103 The motor recovery rates for patients without hemorrhage were 0.74

104 CMV recovery rates for the AA and the combination of both cu

105 Overall, the bacterial recovery rates for the PF and Peds Plus bottles were 37%

106 ocytes, LPA increased the NBC-mediated pH(i)-recovery rate from a CO(2)-induced acid load by approxim

107 daptation is decreased by threefold, and the recovery rate from adaptation is increased by up to sixf

108 steady-state pH(i), but increased the pH(i) recovery rate from an acid load during all but the late

109 Hypoxia also stimulated the pH(i) recovery rate from an alkali load.

110 arameters, IP3 concentration ([IP3]) and the recovery rate from Ca(2+) inhibition (rlow).

111 gree of paired-pulse depression and a slower recovery rate from desensitization than those from CA3 p

112 The estimated 5-year recovery rate from dysthymic disorder was 52.9%.

113 The Kaplan-Meier estimated recovery rate from dysthymic disorder was 73.9%, with a

114 Although a lower recovery rate from infection can increase the competitiv

115 e use mathematical models to analyse how the recovery rate from infection influences the fitness of a

116 Protein recovery rate from minced skins extracted with pH 2.4 HC

117 nt the basal rate of puff generation and the recovery rate from refractoriness, respectively.

118 le adaptation for both channels and the MscS recovery rate from the inactivation.

119 d that the procedure is selective, accurate (recovery rates from 94.0 to 104.6%), reproducible (sigma

120 ional regulation could not explain prolonged recovery rates from CB1 receptor down-regulation.

121 causes of forest cover loss and to estimate recovery rates from GFCL.

122 ed plus maze test and had higher spontaneous recovery rates from helplessness behavior compared with

123 cy (>80%), precision (CV<20%) and extraction recovery rate (>80%) were satisfactory and showed that t

124 Higher recovery rates have been seen in pilot studies of home-b

125 Complete and partial recovery rates have declined in parallel with recent cha

126 cardiovascular stability and abdominal organ recovery rates have improved considerably in CA donors.

127 ce between 2G12 dissociation and infectivity recovery rates implies that the inhibited complexes at v

128 The recovery rate in each cycle, but not the recovery magnit

129 ntrolled density gradient improves the islet recovery rate in human islet isolation.

130 /complete remission with incomplete platelet recovery rate in patients with ETP-ALL/LBL was significa

131 wed recovery compared with 51%, 35%, and 13% recovery rate in slices made hyposmotic (273, 253, and 2

132 cryopreserved amniotic membrane improved the recovery rate in symptomatic CCh patients to the same ex

133 was verified experimentally by measuring the recovery rate in the presence of a 2-molar sucrose conce

134 te malnutrition with RUSF resulted in higher recovery rates in children, despite the large ration siz

135 Historically, organ recovery rates in donors with cardiac arrest (CA) have b

136 Recovery rates in N-methyl-D-glucamine+ Cl- or in 0.25 M

137 Plasma exchange improves renal recovery rates in severe presentations in a randomized t

138 s (STRCs) are needed to facilitate improving recovery rates in transplanted patients.We now show that

139 rulence, but that this effect reduces as the recovery rate increases.

140 bance events at a site through time elevates recovery rates, indicating a degree of resilience in for

141 The slowing of the recovery rate is consistent with the hypothesis that gli

142 nge inhibitor CGP-37157, suggesting that the recovery rate is influenced by release of Ca2+ from a mi

143 The increased recovery rate is not due to enhanced protein synthesis,

144 hondrial pool and also that variation in the recovery rate is related to the extent of mitochondrial

145 ity of SMS-RUTF compared with P-RUTF for the recovery rate [ITT: Delta = -2.0% (95% CI: -7.6%, 3.6%);

146 -XSC from plasma, but failed to achieve high recovery rate (<2%) due to formation of selenium-sulfur

147 to be recovered, shredding leads to very low recovery rates (<10%).

148 The recovery rate observed for CSB++ was higher than that fo

149 The recovery rates obtained were between 70% and 120% for mo

150 This method yielded a microplastic recovery rate of >/=95%, and all tested polymer types we

151 ecovery experiment in spiked seawater with a recovery rate of 101%.

152 y in CTC identification was validated with a recovery rate of 44.6 +/- 9.1% and a coefficient of vari

153 d described herein resulted in a mean oocyst recovery rate of 45% +/- 16% (median, 42%), which consis

154 d 31 patients a secondary cardiac end point (recovery rate of 74%, 23 of 31).

155 1 respectively), and excellent accuracy with recovery rate of 85-96% showed the suggested approach to

156 ermination of Fumonisin in beer samples with recovery rate of 87-105%.

157 1)), and after 55-min yielded an antioxidant recovery rate of 89.8%, and a final product 4.75 times r

158 ion to increase by 5.6-fold, with an average recovery rate of 90%.

159 isolating Na(99m)TcO4 within minutes, with a recovery rate of 92.7% +/- 1.1% (mean +/- SD) using cycl

160 After 8 h, the recovery rate of all the compounds in the air atmosphere

161 alkalizing pH(i) induced an increase in the recovery rate of ASICs from desensitization.

162 cording transporter-associated currents: the recovery rate of capacitive peak, but not of steady stat

163 d the aerosol filter inhibitory activity and recovery rate of cells from filters, then normalized the

164 The recovery rate of depressed elderly patients was similar

165 The recovery rate of H. ducreyi from cultures and the histop

166 The recovery rate of H. ducreyi from surface cultures was 16

167 cheme can account precisely for the dominant recovery rate of intact rods in which RGS9 expression va

168 encies of amiloride compounds on the initial recovery rate of intracellular pH after acid-loading wer

169 a and of MTBC were significantly longer, the recovery rate of M. gordonae was significantly higher, a

170 f use while still maintaining a satisfactory recovery rate of N. gonorrhoeae from clinical specimens,

171 ic response is explained by a slowing of the recovery rate of one of the availability factors.

172 We interpreted the recovery rate of Raf-1 mRNA after cell exposure to antis

173 In children </=23 mo of age, the recovery rate of SMS-RUTF was inferior to that of P-RUTF

174 tate significantly increased the posthypoxia recovery rate of synaptic function.

175 The recovery rate of the assay for saxitoxin was close to 10

176 We determined the recovery rate of the entropy after perturbing a uniforml

177 d transducin-PDE interactions and slowed the recovery rate of the flash response in transgenic mouse

178 In the presence of NAC, a delay in the recovery rate of the hemocyte number was observed.

179 The recovery rate of the method was 97.5-100% with RSD of 1.

180 The DR patients experienced twice the recovery rate of the MT patients (40.4% vs 17.6%).

181 The recovery rate of the original meniscus height was compar

182 The recovery rate of the tear meniscus was significantly slo

183 ronal function after hypoxia compared to 13% recovery rate of the untreated slices.

184 on is highly mobile in vivo, displaying FRAP recovery rates of <15 s.

185 ts with no matrix interferences and adequate recovery rates of 86.5 and 75.8%, respectively.

186 The difference between the recovery rates of all mycobacteria by ESP II and by BACT

187 ime prevalences, incidence rates, and 5-year recovery rates of anorexia nervosa were calculated on th

188 applicable methods to estimate depletion and recovery rates of biota after trawling.

189 ot analysis, matched the down-regulation and recovery rates of CB1 receptor binding sites relatively

190 Recovery rates of children at the end of the 16-wk treat

191 The aim was to compare recovery rates of children with moderate acute malnutrit

192 Recovery rates of complete genomes from fragmented assem

193 This study assessed the recovery rates of Gram-negative bacilli from stored endo

194 The histopathology and recovery rates of H. ducreyi from surface cultures and b

195 The histopathology and recovery rates of H. ducreyi from surface cultures and b

196 The recovery rates of H. ducreyi from surface cultures and t

197 Recovery rates of H. ducreyi from surface cultures range

198 cellular acidification, Na(+)-independent pH recovery rates of individual Atp6v1b1(-/-) intercalated

199 her statistically significant differences in recovery rates of individual species or groups of organi

200 exception of those for bronchial brushings, recovery rates of M. tuberculosis were comparable for al

201 nstrates that it is possible to achieve high recovery rates of potentially pathogenic organisms from

202 Recovery rates of seed-applied neonicotinoids in exhaust

203 (primarily sea urchin grazing) and increased recovery rates of the dominant taxa (primarily fleshy al

204 The longitudinal magnetization recovery rates of the exchangeable protons were compared

205 experimentally-verified database showed high recovery rates of the known regulon members, and indicat

206 n mouse models of listeriosis by determining recovery rates of the wild-type and mutant strains from

207 On the other hand, recovery rates of three or more abdominal organs from CA

208 Public health policies that increase the recovery rate or encourage self-quarantine by infected p

209 pe, severity, study, and other covariates on recovery rates or time to recovery were examined by mean

210 There was no difference in recovery rate over the first week between the two groups

211 the MeOH/NaOH solvent yielded more efficient recovery rates overall, it also entailed the disadvantag

212 The recovery rate per plasma culture and the frequency of po

213 t the affinity of the desensitized state and recovery rate primarily depend on the rate of agonist un

214 ow system response resembles slowing down in recovery rates prior to a critical transition.

215 Recovery rates ranged from 82 to 111%.

216 nd IgG antibodies as reference methods; good recovery rates ranging from 74% to 117% were calculated.

217 The method showed good recovery rates ranging from 80% to 110%.

218 ophila melanogaster genes as templates, with recovery rates ranging from 81%-97% depending on species

219 As Kv channel inactivation and inactivation recovery rates regulate cellular excitability, the compo

220 However, recovery rates remain <75%, lower than the rate achieved

221 Annual recovery rates remained stable as mean hospital length o

222 oncentrations, was linear and contrasts with recovery rates reported for the Main Basin which slowed

223 The recovery rate (RR) and the relative standard deviation (

224 The recovery rates showed no systematic differences in STZ e

225 yperosmotic treatment (373 mOsm) exhibited a recovery rate significantly greater than control (70% vs

226 the ers1;ers2 double mutant had no effect on recovery rate, suggesting that receiver domains play a r

227 Removal of extracellular Cl(-) trebled pH(i) recovery rates, suggesting that an electroneutral, DNDS-

228 We found that */G women had a slower recovery rate than the */G men.

229 , LNS yields more fat-free tissue and higher recovery rates than CSB.

230 unctive antidepressants did not yield higher recovery rates than did mood stabilizer monotherapy.

231 Patients receiving augmentation showed lower recovery rates than patients never requiring augmentatio

232 recovery pathways to fire suggesting faster recovery rates than previously reported, but at the expe

233 ulted in much higher M. tuberculosis complex recovery rates than rapid cooling (direct immersion in l

234 e a more reliable predictor of hematopoietic recovery rates than total CD34+ cell quantity in this se

235 ved that Plk1 displayed a range of different recovery rates that differ at each mitotic substructure

236 The transmission rate, the recovery rate, the diagnostic rate, the relative infecti

237 itation in the western CFR, which would slow recovery rates there, likely reducing fire frequency thr

238 B12-recovery rates (United States Environmental Protection A

239 r dead 3 months postacute stroke; functional recovery rates varied considerably among hospitals, supp

240 The recovery rate was 13.1.1000(-1).d(-1), and the median ti

241 The 5-year clinical recovery rate was 66.8%.

242 The C. difficile recovery rate was 90%, yielding 11,294 isolates for ribo

243 The phosmet recovery rate was about 96% after a simple liquid-liquid

244 .25 +/- 0.02 pH units), but in contrast, the recovery rate was approximately 4-fold faster (0.181 +/-

245 In the first 20 hours, the recovery rate was comparable to that of 12 previously tr

246 ses to toxic CY metabolites: B cell survival/recovery rate was directly correlated with the in vivo d

247 Increased recovery rate was not due to increased proteasome turnov

248 The maximum recovery rate was observed with 5 mM NO3(-) added for 3

249 Islet recovery rate was superior in UIC-UB (84.9% vs. 64.5%, P

250 nfection, pathogen incubation rate, and host recovery rate were set to a range of evidence-based valu

251 gar, respectively, for all mycobacteria; the recovery rates were 89, 92, and 89%, respectively, for M

252 The obtained recovery rates were 94-100%, and the purities of the com

253 CMV recovery rates were also calculated to determine if incr

254 re 0.78 and 1.56mg.mL(-1), respectively, and recovery rates were between 91 and 93% for three levels.

255 B12-recovery rates were determined to be 78.9 +/- 9.1% with

256 Binge-eating recovery rates were equivalent for CBT and IPT at posttr

257 rates were elevated by approximately 3-fold, recovery rates were faster in epidermolytic hyperkeratos

258 um (SC) integrity were abnormal, but barrier recovery rates were faster than normal, as in atopic der

259 Recovery rates were generally above 70%, except for drie

260 Early-detection recovery rates were higher largely because of higher emp

261 Sustained recovery rates were higher with RUSF (73%) than with Mis

262 No differences in DA recovery rates were obtained between superfusions perfor

263 Moreover, the enhanced recovery rates were partially reversed by treatment with

264 Better DR recovery rates were related to higher functional remissi

265 Although these energy recovery rates were relatively lower than those typicall

266 ondrial ATP production and post-exercise ADP recovery rates were within the normal range in all cases

267 verity was predictive of relapse and a lower recovery rate, whereas sleep abnormality was predictive

268 protection to isosmotic slices (51% vs. 57% recovery rate) while affording substantial protection to

269 ings show that there is a linear increase in recovery rate with increasing [K+]o.

270 However, the recovery rate with lamotrigine was 23.8%, whereas the re

271 rate with lamotrigine was 23.8%, whereas the recovery rates with inositol and risperidone were 17.4%

272 tion procedure was demonstrated to have good recovery rates with minimal matrix effects.

273 The recovery rate within CBs was independent of bleach spot