ライフサイエンスコーパス: optimal condition

1 ched DNA from fully matched target DNA under optimal conditions.

2 hanism of ensuring bacterial survival in sub-optimal conditions.

3 vity towards the oxidation of RIF, under the optimal conditions.

4 tissue layers were grown separately in their optimal conditions.

5 ty of a wild-type cell population growing in optimal conditions.

6 d based on the MIP-QDs was established under optimal conditions.

7 to execute innate behaviours even under non-optimal conditions.

8 n time and cost of sample analysis with near optimal conditions.

9 ure of merit value reached 0.132 under these optimal conditions.

10 ction rate for the nitrogenase complex under optimal conditions.

11 enetic algorithm to estimate costs and model optimal conditions.

12 ing compartments abundance and size, even in optimal conditions.

13 ellent reproducibility can be achieved under optimal conditions.

14 it quality of Raf tomatoes harvest under non-optimal conditions.

15 ereby upregulating the necessary genes under optimal conditions.

16 e glycosylations were investigated to obtain optimal conditions.

17 and reacted with rates of 0.16 min(-1) under optimal conditions.

18 by experienced centers under homogeneous and optimal conditions.

19 bation times were evaluated to determine the optimal conditions.

20 as not capable of producing IL-10 even under optimal conditions.

21 the acrylamide derivative achieved under the optimal conditions.

22 des afford modest diastereoselectivity under optimal conditions.

23 that are essentially the same as those under optimal conditions.

24 and lower detection limit to H(2)O(2), under optimal conditions.

25 o nitrogen compared with sugar feeding under optimal conditions.

26 limit of 1.1+/-0.1 pM IgG is obtained under optimal conditions.

27 s can be achieved within a few minutes under optimal conditions.

28 h a C(2+) selectivity of ~50% under the most optimal conditions.

29 s studies, ranging between 1.4 and 86% under optimal conditions.

30 could recover during further development at optimal conditions.

31 step of this developmental transition under optimal conditions.

32 Under optimal conditions (10 nM A8-MB-A8, 800 nM coralyne, and

33 The optimal condition (13.9-40% of methanol in 39.4 min) wer

34 Treatment under optimal condition (2% H(2)O(2) and 42 degrees C for 5 h)

35 nvestigate how increases in temperature from optimal conditions (27 degrees C to 30 degrees C and 33

36 Under optimal conditions (3 days, pH 7.0, 30 degrees C and 20

37 ral Composite Design was used to achieve the optimal conditions: 300 uL of chloroform (extracting sol

38 Under optimal conditions (5 muM coralyne, 1 muM poly A20, and

39 A single cycle under optimal conditions (80mg, 100 degrees C, 2min) was enoug

40 Under the optimal conditions a linear relationship is figured out

41 Under optimal conditions, a broad dynamic range (10 pM to 2 mu

42 he optimization of HS-SPME conditions. Under optimal conditions, a good linear range was obtained in

43 Under optimal conditions, a good linearity between the electro

44 Under the optimal conditions, a linear calibration curve for the s

45 To use the device under optimal conditions, alpha-fetoprotein (AFP) was detected

46 ecord the oxidation peak current of MB under optimal condition and an increase in the peak current wa

47 lective interventions, they justly insist on optimal conditions and guaranteed safety.

48 the CASFISH assay is remarkably rapid under optimal conditions and is applicable for detection in pr

49 effectively regenerated within 5 h under the optimal conditions and the regenerated resins could be u

50 een fluorescent protein fusion for screening optimal conditions, and another for large scale protein

51 xamined for nonpolar and polar compounds, as optimal conditions are not always the same.

52 the ability of the brain to adapt even when optimal conditions are restored.

53 Under optimal conditions, As(III) extraction efficiency was 10

54 rature effect was studied as well, using the optimal conditions based on the previous measurements.

55 The ELISA performed well under optimal conditions based one limit of detection (0.201 n

56 Under optimal conditions, beta-carotene could be quantified wi

57 iga-infested, low soil nitrogen, drought and optimal conditions between 2015 and 2016 in Nigeria.

58 ants lacked apparent growth phenotypes under optimal conditions, but displayed altered responses to c

59 enters, where procedures are performed under optimal conditions, by expert endoscopists.

60 witching cost non-monotonically and that the optimal conditions can change in abrupt non-analytic way

61 The optimal conditions conducted gave an extraction yield of

62 Under optimal conditions, conversion increased to 60.74% and 6

63 ing capture-mark-recapture studies under sub-optimal conditions decreased the accuracy of population

64 Under optimal conditions, detection limits (S/N = 3) of the me

65 Under optimal conditions, DTBNpP provides high selectivity for

66 We show how to identify the optimal conditions (e.g., duration of reaction, temperat

67 l analysis revealed that iHSCs derived under optimal conditions exhibit a gene expression profile tha

68 Furthermore, under optimal conditions, fa plant seed production was less th

69 Under the optimal conditions, figures of merit of the developed me

70 U mL(-1)) for 5 min (37 degrees C; pH 6) was optimal condition for deconjugation of anthocyanidins an

71 al temperature dependence, which suggests an optimal condition for grain refinement.

72 rigin and sequence identities, we provide an optimal condition for its use.

73 Although the optimal condition for Np and Pu simultaneous determinati

74 The optimal condition for the liquid desorption was 150 muL

75 characterized biochemically to determine the optimal conditions for activity.

76 peats and acidic soils, and to better define optimal conditions for bioremediation processes.

77 hematical mass-action model to determine the optimal conditions for ceRNA activity in silico.

78 aid contour plots prediction showed that the optimal conditions for CJPL were 125mL juice volume, 6.5

79 semiconductor heterostructure we predict the optimal conditions for controlling multiexciton generati

80 easurement with standard additions to target optimal conditions for detecting catechol estrogens (CEs

81 obility of Rad54 and might therefore provide optimal conditions for DNA translocation and subsequent

82 each channel during sample delivery yielded optimal conditions for each experiment.

83 At optimal conditions for each system, superoxide/H2O2 was

84 Further experiments delineate the optimal conditions for efficient viral transduction of c

85 This study evaluates the optimal conditions for elicitation with H2O2 for improvi

86 However, optimal conditions for emulsion stability should be care

87 Thus, our studies establish the optimal conditions for experimental modeling of human ad

88 RSM constitutes a powerful tool for deriving optimal conditions for extraction of antioxidant phenoli

89 xture of acetone/n-hexane 1:3 (v/v) provided optimal conditions for extraction of lycopene.

90 The optimal conditions for extraction were as follows: extra

91 the above results, in the present study the optimal conditions for fermentation and drying of cocoa

92 Our results prescribe optimal conditions for HC generation and extraction, and

93 Also, the optimal conditions for immobilizing the half-antibody on

94 ework for many anecdotal descriptions of the optimal conditions for L-form growth and non-lytic killi

95 Optimal conditions for labeling Mregs with 50-nm gold pa

96 alculator allows rapid identification of the optimal conditions for maximizing incorporation, efficie

97 ajor shortcomings in miRNA FISH, identifying optimal conditions for miRNA fixation and ribosomal RNA

98 The optimal conditions for NALC-NaOH decontamination were de

99 We provide guidance on optimal conditions for next-generation sequencing (NGS)

100 We determined the optimal conditions for O2 distribution and volume mainte

101 Optimal conditions for oak growth favoured the productio

102 inlet air temperature 135 degrees C were the optimal conditions for OLE-SA microparticles.

103 ming of germination is required to encounter optimal conditions for plant survival and is the result

104 two homogenization cycles were identified as optimal conditions for producing stable nanoemulsions.

105 We first determined the optimal conditions for protein isolation and protease di

106 Experimental design allowed us to find the optimal conditions for quantification of both IgA and Ig

107 across diverse taxa, which may be related to optimal conditions for sound transmission.

108 l framework to quantify the mismatch between optimal conditions for species occurrence and multiple m

109 AAC2 and ovine uncoupling protein UCP1 allow optimal conditions for stability in detergents to be est

110 primate and possibly serve to establish the optimal conditions for stimulus encoding.

111 The OA/Zr ratio was varied to determine the optimal conditions for subsequent fluoride adsorption.

112 onsible for pollutant transformation and the optimal conditions for subsurface application remain poo

113 standing challenge is thus to understand the optimal conditions for superconductivity in thin films:

114 ts could be potentially important in finding optimal conditions for the chemical activation and disso

115 es C, 15 IU/ml, and 10 h incubation were the optimal conditions for the decolorization of the melanin

116 The optimal conditions for the enzyme treatment were: water

117 ction outcome was evaluated to determine the optimal conditions for the evaluation of HIV-1 preventiv

118 o generalized consensus exists regarding the optimal conditions for the extraction procedure.

119 the crystal growth process and determine the optimal conditions for the formation of single crystal l

120 CD was varied from 30 to 60% to evaluate the optimal conditions for the fragmentation of peptide back

121 The optimal conditions for the highest yield of TPC (7.21+/-

122 5.2% and 97.7% +/- 1.5% were obtained under optimal conditions for the miniaturized and conventional

123 buffers and solutions allows us to identify optimal conditions for the monitoring of intercalation c

124 Then, the optimal conditions for the obtainment of AuNp through el

125 These results demonstrate how discovery of optimal conditions for the separation of new analytes ca

126 The optimal conditions for the separation were 100mM borate

127 Optimal conditions for the slow release of the boronic a

128 echanisms and would help in determination of optimal conditions for their ethnopharmacological use.

129 It is essential for bacteria to find optimal conditions for their growth and survival.

130 m the overlying Cambrian succession, despite optimal conditions for their preservation, and instead t

131 xperiments for low-input samples to identify optimal conditions for this critical step that is often

132 s were transduced simultaneously to identify optimal conditions for transcriptional activation.

133 Optimal conditions for transrutinosylation of tyrosol we

134 igned to reclassify climate data relative to optimal conditions for vector establishment, could be ap

135 Optimal conditions for VPE were determined, and the resu

136 Under optimal conditions, four times the preconcentration was

137 At optimal conditions, glucose and lactate were determined

138 Hydrolysate produced under optimal conditions had 7.8% DH and a percent reduction i

139 Under optimal conditions, Hg(2+) can be detected in a wide lin

140 Under optimal conditions (i.e. pH=7.4 and E=-0.35V vs. KCl), t

141 ected 13% more metabolites than mLC-MS under optimal conditions (i.e., 4524 +/- 37 peak pairs from 26

142 Under optimal conditions, i.e. 10 mol % of palladium(II) aceta

143 ic algorithm is implemented to determine the optimal conditions, i.e., maximum thermal conductivity a

144 nes for combining ability under stressed and optimal conditions, (ii) determine the performance of th

145 e ice sheet can be efficiently drained under optimal conditions, (ii) that digital elevation models a

146 ; however, it is frequently ignored that the optimal conditions in positive ion mode and negative ion

147 ement across the DPS boundary is due to less-optimal conditions in the West or a reflection of favora

148 Optimal conditions including cell density, passage numbe

149 ibited a variety of altered phenotypes under optimal conditions, including more vigorous initial grow

150 s group, a complete validation study for the optimal conditions is presented.

151 eaction parameters were tuned, and under the optimal conditions it was found that Pseudomonas stutzer

152 light-weighting of passenger cars can, under optimal conditions, lead to cumulative GHG emissions sav

153 legs is indeed challenging for humans under optimal conditions let alone in forest canopy, which is

154 ture trophozoites and epithelial cells under optimal conditions limits studies of their interactions

155 Under optimal conditions, limits of detection ranging from 7 t

156 Under the optimal conditions, LOD (S/N=3) and LOQ, preconcentratio

157 Under the optimal conditions, LOD and RSD were obtained 17 ng L(-1

158 cient than LIG1 at ligating nicked DNA under optimal conditions, mainly because of their lower Km val

159 of GA-ATHB5-mediated hypocotyl growth under optimal conditions may be used to optionally support rap

160 Under optimal conditions, method validation was assayed in the

161 Under the selected optimal conditions, MIP sensor shows a linear range from

162 Under the optimal conditions obtained by a face-centered central c

163 The optimal conditions obtained from batch studies were dire

164 Under the optimal conditions of 1.0 atm H2 using n-BuNH2 as a base

165 optimized using a Box Behnken design, giving optimal conditions of 40 degrees C, 9.3 MPa, and 0.31 mo

166 -experiments (DOE) methodology that provided optimal conditions of electroplating.

167 rimental designs were employed to select the optimal conditions of extraction time, temperature, enzy

168 Optimal conditions of PG deamidation based on reaching a

169 The optimal conditions of simultaneously optimized responses

170 process perspective, 75 mum particles afford optimal conditions of temperature and rate of dehydroxyl

171 Under the optimal conditions of the method, the limit of detection

172 The optimal conditions of the neural networks were obtained

173 site rotatable design was used to define the optimal conditions of these variables.

174 ein yield of 54.8 mg/g was obtained with the optimal conditions of: temperature=25 degrees C, time=1

175 ATH operated at optimal conditions (oxygen amount 30% of stoichiometric,

176 Under optimal conditions oxytocin may create an emotional sens

177 Under optimal conditions, POD-A catalysed the oxidation of OPD

178 Under optimal conditions, polymers with molecular weights of 6

179 'Optimal' conditions produced power amplification of ~19%

180 The optimal conditions proposed to hydrolyze HP starches wer

181 In optimal conditions, radicle cell divisions occur only af

182 The optimal conditioning regimen for older patients with acu

183 s the best candidates for this strategy, the optimal conditioning regimen, the best time for response

184 suggesting fludarabine and melphalan as the optimal conditioning regimen.

185 on alternative donor sources and identifying optimal conditioning regimens.

186 sessile organisms, incapable of seeking for optimal conditions, rely on the use of this resource to

187 thermoelectric properties and under certain optimal conditions repeatedly show Seebeck coefficients

188 lbumin (BSA) as a model protein to mimic the optimal conditions required to imprint the similar molec

189 However, the optimal conditions required to obtain high-affinity reta

190 In the optimal condition, response of MIP sensor to mel was lin

191 The optimal conditions revealed to be pH 7.3/0.3 mol.L(-1) N

192 Under optimal conditions, RTP intensity of QDs/IDA nanohybrids

193 Under the optimal conditions, selective detection of MFA in a line

194 After completion of pollen development at optimal conditions, stress responses were assessed in ma

195 Because most SILCs are performed in optimal conditions, such as lack of acute inflammation,

196 method yielding 81 +/- 2 mg/g extract under optimal conditions (t = 21.8 min, T = 47.1 degrees C and

197 t method yielding 51.76 mg C1 + C2/g R under optimal conditions (t = 26.1 min, P = 296.6 W and S = 39

198 ethod yielding 3.6 mg PE/g biomass under the optimal conditions (t1 = t2 = 10 min; C = 0.1 M; R = 1:5

199 Under optimal conditions, targeted UVPD resulted in approximat

200 Our aim was to identify the optimal conditions that induce IL-10(+) Bregs and, furth

201 MS SI reduction of DS(-) was up to 99% under optimal conditions, that is, 40% ACN in the ES.

202 Under optimal conditions the FA system is characterized by a l

203 Under optimal conditions the K(+)-SCISEs had a very low standa

204 Under optimal condition, the catalyst composed by 10% of ZrO(2

205 Under optimal condition, the developed immunosensor studied to

206 At optimal condition, the proposed sensor due to effective

207 and self nucleic acids suggests that, under optimal conditions, the activity of these receptors is f

208 Under optimal conditions, the approach presented a good linear

209 Under optimal conditions, the biosensor could be used for the

210 Under optimal conditions, the biosensor has a good calibration

211 Under optimal conditions, the BPA quantified as 0.5-100 mug/L,

212 Under optimal conditions, the calibration curve of glucose sam

213 In optimal conditions, the calibration curve was linear in

214 Under the optimal conditions, the calibration graph was linear in

215 Under the optimal conditions, the CL intensity was linear with HXT

216 Under optimal conditions, the currents increased with increasi

217 Under optimal conditions, the detection limit of the developed

218 Under optimal conditions, the detection limit of the sensor is

219 Under the optimal conditions, the detection limits (mug kg(-1)) we

220 Under optimal conditions, the detection limits and linear dyna

221 Under the optimal conditions, the detector response for fluoroquin

222 Under optimal conditions, the developed biosensor was able to

223 Under optimal conditions, the developed sensor showed good inc

224 Under optimal conditions, the DPV peak current of the immunose

225 Under optimal conditions, the dynamic concentration range of t

226 Under optimal conditions, the efficiency of 'simultaneous' dua

227 Under optimal conditions, the electrochemical signal was propo

228 Under optimal conditions, the electrochemical signals enhanced

229 Under the optimal conditions, the extraction recoveries of 11 anal

230 Under optimal conditions, the fluorescence intensity of the se

231 Under the optimal conditions, the frequently encountered biologica

232 Under optimal conditions, the hematin-based electrochemical DN

233 Under optimal conditions, the immunosensor exhibited an extrem

234 Under optimal conditions, the limits of detection and quantifi

235 Under optimal conditions, the limits of detection and quantifi

236 Under the optimal conditions, the limits of detection and quantifi

237 Under optimal conditions, the linear dynamic range for the det

238 Under the optimal conditions, the linear dynamic ranges (LDRs) wer

239 With the optimal conditions, the manipulation of magnetic beads w

240 Under the optimal conditions, the method was successfully applied

241 Under optimal conditions, the muPAD is characterized by a limi

242 Under optimal conditions, the on-chip quantitative detection o

243 Under the optimal conditions, the performance of the proposed meth

244 Under optimal conditions, the preconcentration factors were ob

245 Under these optimal conditions, the predicted amount of total phenol

246 In the optimal conditions, the predicted response of 4.0 mumol

247 Under optimal conditions, the proposed immunosensor exhibited

248 Under the optimal conditions, the proposed immunosensor exhibited

249 Under the optimal conditions, the proposed immunosensor shows a go

250 Under optimal conditions, the sheathless CE-MS interface provi

251 In optimal conditions, the specific activity of the free an

252 tudies address the question, "Can it work in optimal conditions?" The CER paradigm employs a wide ran

253 Moreover, at optimal conditions there is no longer an equipartition b

254 Under optimal conditions, there are linear relationships betwe

255 Under the optimal conditions, this designed strategy could detect

256 Under the optimal conditions, this proposed biosensor was able to

257 Under optimal conditions, this system exhibits high sensitivit

258 We establish that the optimal condition to achieve a single-nucleotide resolut

259 The optimal condition to achieve the highest stability was p

260 We identify the optimal conditions to allow RPA-based amplification and

261 ort to provide a general guideline, allowing optimal conditions to be employed for the characterizati

262 Furthermore, optimal conditions to generate KI marmoset embryos were

263 Optimal conditions to get Tyr-Tyr covalent binding betwe

264 gnals ensures that reproduction occurs under optimal conditions to maximize reproductive success.

265 The optimal conditions to preserve nutrients in infrared dry

266 e and mass resolution of PTR-ToF-MS provides optimal conditions to trace quick changes of breath VOC

267 Therefore, in the present work, the optimal conditions under which a range of wort and beer

268 e have shown the effectiveness of TasP under optimal conditions: very high treatment coverage, and ex

269 Under these optimal conditions, warfarin inhibits with tight-binding

270 mit of detection (LOD) of 0.057% (w/v) under optimal condition was achieved.

271 Results were analysed by ANOVA and the optimal condition was determined through response surfac

272 The grain yield inheritance under optimal condition was largely regulated by additive gene

273 The experimental extraction yield under optimal conditions was found to be 30.049%, which is in

274 y in the current-concentration profile under optimal conditions was observed for the analyte concentr

275 A validation reaction, based on the optimal conditions, was conducted, to yield 94.5% conver

276 Under optimal conditions, we achieve good functional group tol

277 With these optimal conditions, we demonstrated glucose assay, immun

278 The experimental values under optimal condition were in good consistent with the predi

279 rties of unmodified and modified okara under optimal condition were performed.

280 The optimal conditions were a pH of 6.0 and a magnetic:sorbe

281 Optimal conditions were achieved through investigating t

282 Optimal conditions were achieved using 2g of sample, 3g

283 Optimal conditions were achieved when embryos, immediate

284 Optimal conditions were achieved when the channel surfac

285 f the extract, microparticles obtained under optimal conditions were characterised and stored at 60 d

286 temperature, pattern size, and CVD duration, optimal conditions were determined by characterizing hyd

287 be statistically significant factors and the optimal conditions were determined to be as follows: tem

288 When the optimal conditions were employed the analytical performa

289 Optimal conditions were found that minimize the overoxid

290 Optimal conditions were found to be obtained with the us

291 The optimal conditions were obtained using ultrasonic treatm

292 Before implementation, optimal conditions were preliminary delineated by numeri

293 Once the optimal conditions were selected, the method was applied

294 The microcapsules obtained under optimal conditions were stored at two different relative

295 The optimal conditions were: a ratio of crude extract/t-buta

296 The optimal conditions were: extraction time of 3h 15min, ex

297 Optimal conditions were: W=29%, P=5 bar and T=37s.

298 Optimal conditions were; 1.05mM of AOT at pH 4 for preci

299 Under optimal conditions with synthetic wastewater, an NH(4)(+

300 s found for the range of 4-102 nM, under the optimal conditions, with a 1 nM detection limit.