ライフサイエンスコーパス: experimental condition

1 s at bedtime, controlling for shift type and experimental condition.

2 that VCO2ML was maximally exploited in each experimental condition.

3 conditional essentiality of a gene under an experimental condition.

4 pathways perturbed by a specific clinical or experimental condition.

5 t chain pairing from a single experiment and experimental condition.

6 genes that were changed in PMD regardless of experimental condition.

7 process was optimized for reaching the best experimental condition.

8 al efficiency under various physiological or experimental conditions.

9 ing the 30-min data collection period in all experimental conditions.

10 asily applied in high-throughput across many experimental conditions.

11 exhibited strong STRs and PTRs across the 12 experimental conditions.

12 m(6)A epitranscriptome under 32 independent experimental conditions.

13 iently long coherence times in any realistic experimental conditions.

14 ntly culture numerous spheroids under varied experimental conditions.

15 ates that vary in response to many different experimental conditions.

16 equence remained consistent across different experimental conditions.

17 oN (ExoN-AA) have not reverted under diverse experimental conditions.

18 uate ANXA1 engagement over time and in these experimental conditions.

19 enestration centers in LSECs under different experimental conditions.

20 rn with specific biology respond to multiple experimental conditions.

21 rried out entirely in vitro under controlled experimental conditions.

22 been measured for the first time under these experimental conditions.

23 ve catalyst than TiO(2) (P25) under the same experimental conditions.

24 ment were not significantly different in all experimental conditions.

25 ze single-molecule data over a wide range of experimental conditions.

26 y dynamic, and rapidly diverged depending on experimental conditions.

27 kinetic constant of 0.0426 cm(2)/J under the experimental conditions.

28 is: inhibition ranged from 10% to 100%in our experimental conditions.

29 n be accurately applied over a vast range of experimental conditions.

30 on processes was found to be minor under our experimental conditions.

31 unal tissue and in sediments under different experimental conditions.

32 f overexpressed model proteins under various experimental conditions.

33 been described in idealized theoretical and experimental conditions.

34 ue to line broadening present under standard experimental conditions.

35 reased Ca(2+)-current density under specific experimental conditions.

36 that have undergone muscle stimulation under experimental conditions.

37 oxide nanoparticles measured under identical experimental conditions.

38 creased significantly with time awake in all experimental conditions.

39 e phenotypes, which remained constant across experimental conditions.

40 s difference is observed for a wide range of experimental conditions.

41 -aided drug discovery methods under the same experimental conditions.

42 hydrophilic/phenolic antioxidants under our experimental conditions.

43 ved in ensemble measurements under analogous experimental conditions.

44 red CaM and RyR2 functions under 9 different experimental conditions.

45 aided drug discovery methods under identical experimental conditions.

46 the measured exocytotic rate under different experimental conditions.

47 of 0.21mumolL(-1) for TBHQ, under optimized experimental conditions.

48 microplate-ABTS and HPLC-ABTS, using similar experimental conditions.

49 es across biological systems under different experimental conditions.

50 ay be observed in a single sample at certain experimental conditions.

51 est predictions of the model under different experimental conditions.

52 e across several decades and under different experimental conditions.

53 the distribution of activity profiles across experimental conditions.

54 d ducts and intact pancreas under a range of experimental conditions.

55 erized and shown to exist under a variety of experimental conditions.

56 the iron-peroxo complex is formed under all experimental conditions.

57 eractions that are consistent under multiple experimental conditions.

58 ee to which the system simulated matches the experimental conditions.

59 iables for all elements to determine optimal experimental conditions.

60 an provide satisfactory signals at realistic experimental conditions.

61 d expressions taken under tightly controlled experimental conditions.

62 oadly applicable to a variety of systems and experimental conditions.

63 ases were not significantly modified between experimental conditions.

64 spective cyclic voltammograms under the same experimental conditions.

65 ionships among various uptake parameters and experimental conditions.

66 membrane parts (f-PSM) under the exact same experimental conditions.

67 and seasonal H3N2 lineages to reassort under experimental conditions.

68 ion of CO2 and formate under the appropriate experimental conditions.

69 lective VACC blocker, or other variations in experimental conditions.

70 ted with virulence, and were expressed under experimental conditions.

71 rn (two distinct sleep episodes) under these experimental conditions.

72 y maintain uniform expression independent of experimental conditions.

73 rapid quantitative optimization of Photogate experimental conditions.

74 the two binding modes was observed under all experimental conditions.

75 eased was improved by 2,500% under the given experimental conditions.

76 ied by using the SPRi sensor under different experimental conditions.

77 igh-throughput sequencing data from multiple experimental conditions.

78 e enzymatic breakdown of dairy gels in these experimental conditions.

79 f Nedd4-2 is not observed under our reported experimental conditions.

80 of any given organism under a diverse set of experimental conditions.

81 pre-treated with lutein prior to exposure to experimental conditions.

82 extracted from rice samples at the different experimental conditions.

83 potency and generalizability across various experimental conditions.

84 e magneto-optical Kerr effect under the same experimental conditions.

85 on stresses exerted by cells under different experimental conditions.

86 affect normal, non-cancer cells in the same experimental conditions.

87 mpound ruthenium(III) hexamine under various experimental conditions.

88 ture in the gas phase is highly dependent on experimental conditions.

89 ence material (CRM) analysis using optimized experimental conditions.

90 by identifying transcriptome changes between experimental conditions.

91 the inferred system's behavior under various experimental conditions.

92 ate how this can be measured under different experimental conditions.

93 actant [Witconol 2722 (WT)] under a range of experimental conditions.

94 nalysis and were stable under all the tested experimental conditions.

95 actor, increased rifampicin tolerance in all experimental conditions.

96 ory activity than Remdesivir within the same experimental conditions.

97 bout which are most accurate under different experimental conditions.

98 is an assessment of protein stability under experimental conditions.

99 rstanding of substrate scope and more robust experimental conditions.

100 ing the outward-facing state under different experimental conditions.

101 through Li(+) coordination under the applied experimental conditions.

102 , 18S and 28S) in A. eugenii under different experimental conditions.

103 differences between targets under a range of experimental conditions.

104 ic variations among samples across different experimental conditions.

105 Under these experimental conditions, 12-19% of pulmonary gas exchang

106 ted 50 liver tumors that were split into two experimental conditions: 2 + 2 rapid fixation (2 hours c

107 Under optimum experimental conditions, a linear calibration curve was

108 Under our experimental conditions, a power density of 4.5muW/cm(2)

109 arized UMEs was investigated under different experimental conditions (addition of surfactant, tempera

110 a region is truly methylated under any given experimental condition, allowing for downstream analyses

111 ) O)[Ag(CN)(2) ](2) .H(2) O, under identical experimental conditions, allowing the structural changes

112 tes significantly enriched GO terms for each experimental condition and generates multidimensional pr

113 previous models included a broad spectrum of experimental conditions and dealt only with loading, her

114 strains were grown in culture under the same experimental conditions and identified by molecular PCR

115 tory largely determines pteropod response to experimental conditions and is essential to the interpre

116 The experimental conditions and material parameters for the

117 (FEM) modeling is undertaken to optimize the experimental conditions and minimize the experimental ar

118 t of a naive classifier, we can identify the experimental conditions and model parameters that signif

119 a glioblastoma cell line in two nested RNAi experimental conditions and one negative control, contra

120 RMT, regardless of the huge heterogeneity in experimental conditions and platforms across the 13 labo

121 How do sequence features respond to experimental conditions and prebiotically relevant conte

122 ism in macrophages, 3) careful validation of experimental conditions and results is required for expe

123 studies are often conducted under disparate experimental conditions and techniques.

124 loped a computer model closely mimicking the experimental conditions and used this model to design ex

125 0.89), were consistently observed under all experimental conditions, and accorded closely with histo

126 rt that thymus autonomy can occur in several experimental conditions, and all are permissive to T-ALL

127 ignaling control of Ago2 trafficking to EVs, experimental conditions, and detection methods.

128 namics across different behaviors, mice, and experimental conditions, and enables identification of t

129 rformed 155 genome-wide fitness assays in 52 experimental conditions, and identified overexpression p

130 re tested under complex dynamic and periodic experimental conditions, and negligible matrix effects w

131 imated half-life of at least 200 s under the experimental conditions, and provides clear evidence for

132 ences in transcript expression in PMD in all experimental conditions, and significant overlap in gene

133 The experimental conditions are restricted to be categorical

134 c limits but may be problematic when several experimental conditions are tested.

135 ical units and balancing the distribution of experimental conditions, are applied.

136 the local environment of single atoms under experimental conditions, as well as operando characteriz

137 control women (n = 9) were cultured in three experimental conditions: at vehicle baseline, during E2

138 at are differentially expressed with varying experimental conditions based on the read counts.

139 We show how different experimental conditions can be used to facilitate causal

140 Examination of rodent vocalizations in experimental conditions can yield valuable insights into

141 nal-to-noise ratio is low and in cases where experimental conditions cannot be fully randomized in a

142 ases of silicon have been observed along the experimental conditions covered in the present study.

143 Under our experimental conditions, denitrification generated mostl

144 ance and survival probability under high CO2 experimental conditions do not show acclimatization capa

145 It is found that under optimized experimental condition, DPA-SCP with white light does no

146 Under optimal experimental conditions (DVB/CAR/PDMS fibre coating, 40

147 uper-resolution images taken under different experimental conditions, enabling the quantification of

148 genes in A. eugenii varied according to the experimental condition evaluated: developmental stages (

149 s overestimation is observed under different experimental conditions, even when the boundary is forme

150 ith oxides that are redox inactive under the experimental conditions, exhibit dramatically diminished

151 EA metabolism, was upregulated in PMD across experimental conditions (F((1,45)) = 19.93, p < 0.0001).

152 ide guidance for the design of molecules and experimental conditions for desired crystallization outc

153 Under optimized experimental conditions for fixed potential amperometric

154 is and some insights key to the selection of experimental conditions for generating intermetallic nan

155 t that allows one to rationalize and predict experimental conditions for thin-layer ionophore-based f

156 allows one to quite easily predict relevant experimental conditions for this emergent methodology.

157 This work aims at clearly defining the experimental conditions for which these two regimes can

158 anced by an accompanying result of identical experimental conditions giving rise to lasing or no lasi

159 ation of transcriptome datasets from diverse experimental conditions has enabled the widespread use o

160 r, regulation of RBPs in clinically relevant experimental conditions has not been studied systematica

161 ions and reliable dynamic predictions in new experimental conditions (i.e. not used in the training).

162 studies of responses to external events and experimental conditions (i.e., "task-evoked" activations

163 Under the same experimental conditions, I2(*-) in CH3CN rapidly disprop

164 ed and single cell line analyses under these experimental conditions identified TATA-Box Binding Prot

165 Under optimum experimental conditions, impedimetric responses of the i

166 -lived reaction products under the demanding experimental condition imposed by the high-power laser i

167 , most discriminative features were from the experimental condition in which non-autistic individuals

168 d is described which is less affected by the experimental conditions in a given measurement system.

169 allowed the determination of very effective experimental conditions in a limited number of experimen

170 mportance of considering differences between experimental conditions in different model systems, part

171 S)) and examined their actions under diverse experimental conditions in human platelets.

172 e been made to systematize the annotation of experimental conditions in microbiology, the available a

173 concentrations were assessed under the same experimental conditions in separate experiments using Fu

174 al inverse-S one, highlighting the effect of experimental conditions in shifting the weight assigned

175 nce of DeltaDeltaGsc(o) measured in the same experimental conditions in two structurally and sequenti

176 electrical recording of bipolar cells under experimental conditions in which the cells exhibited sur

177 ATM suppresses rearrangement formation in an experimental condition, in which C-NHEJ is the predomina

178 With the present method, several experimental conditions including different photosensiti

179 on) and global (gravity) cues across several experimental conditions, including darkness and passive

180 Our findings suggest more realistic experimental conditions, including studies across gradie

181 rential abundance vectors for microbes using experimental condition information provided with the AGP

182 ncentration trends under at least one of the experimental conditions investigated.

183 fferentially abundant microbial taxa between experimental conditions is a methodological and computat

184 pigenomic data across multiple cell types or experimental conditions is a promising way to understand

185 However, in both methods, optimization of experimental conditions is required.

186 xquisitely sensitive probes as a function of experimental conditions is still lacking.

187 Under our experimental conditions, it was observed that excluding

188 ty of reference genes can be affected by the experimental conditions leading to biased or erroneous r

189 r nano-liposomal delivery by fixing the main experimental conditions: liposome lipid composition and

190 side (reaction kinetics simulations of real experimental conditions) make it a useful simulation too

191 e better fits throughout the tested range of experimental conditions, meaning that the U(VI)-MLGO sta

192 Under these controlled experimental conditions, 'metabolic inflexibility' is ch

193 Previous studies have shown that experimental conditions modify the drug response observe

194 exposed to (poly(I:C) dsRNA) under different experimental conditions (n = 8 donors); and (b) in nasal

195 Under experimental conditions, naked mole-rats tolerate hours

196 The experimental conditions, namely homogenization time (t1)

197 g the laborious procedure of identifying the experimental conditions necessary for aggregate generati

198 ing or missing the target, according to four experimental conditions: Neutral (hit/miss:+0/-0c), Rewa

199 We prepared and sequenced samples from two experimental conditions of biological interest with each

200 , elongation and abortive states-under seven experimental conditions of CPV.

201 athways associated with specific clinical or experimental conditions of interest, with the aim of fac

202 ere, by allowing comparisons across multiple experimental conditions of TraDIS data, and including es

203 signal time courses vary widely depending on experimental conditions, often lasting 10-100 times long

204 (3) nanoplates were deposited under the same experimental conditions on different types of graphene s

205 employed to study the effect of kinetics and experimental conditions on microstructure during PSM.

206 of catalytic NPs and the effects of various experimental conditions on the collision dynamics.

207 The effect of experimental conditions on the extraction, such as pH, s

208 ments to ZFIN including use of the zebrafish experimental conditions ontology, 'Fish' records in the

209 is work demonstrates for the first time that experimental conditions optimized for SRM 955c (caprine

210 in situ temperature monitoring in difficult experimental conditions or inaccessible environments is

211 P), thus preventing facile comparison across experimental conditions or modifications.

212 ify active pathways or modules under certain experimental conditions or phenotypes.

213 oader range of proteins and a wider array of experimental conditions (pH, temperature, denaturants).

214 Calculations of Fe speciation under the experimental conditions predict the formation of hematit

215 Such experimental conditions provide crucial information on t

216 ta of dynamic gene expression under multiple experimental conditions provides new information that ma

217 eveloped an annotation framework to describe experimental conditions, providing the foundation to ide

218 future analyses devoted to the choice of the experimental conditions (redox mediator, photosynthetic

219 Spontaneous activity shifts at constant experimental conditions represent a widespread regulator

220 of temperature on retention factor is known, experimental conditions required to achieve a particular

221 the evoked spikes, across a wide variety of experimental conditions sampled from the literature.

222 f compounds theoretically and, under various experimental conditions, select the constituting fragmen

223 The firing pattern parameters, experimental conditions, spike times, references to the

224 By contrast, under these same experimental conditions, stiffness reported by round-tip

225 ional knockout mice (Edn1(AC) ), under three experimental conditions (streptozotocin-induced diabetes

226 n-conjugating protein (Ubi), under different experimental conditions such as developmental stage, exp

227 tion without the need for prior knowledge of experimental conditions such as nanopore geometry, size,

228 canning electron microscopy, and among other experimental conditions such as the type of buffer, temp

229 al shift patterns due to variations in other experimental conditions, such as compound concentration,

230 was investigated by optimizing of different experimental conditions, such as pH, sample volume, flow

231 Cell Hashing to further multiplex additional experimental conditions, such as post-treatment time poi

232 lar across species, developmental stages and experimental conditions, suggesting an underlying scalin

233 The stability of this association across experimental conditions suggests that HRV may serve as b

234 Under the selected experimental conditions tested (24 h treatments), no sig

235 runoff to reach background levels under the experimental conditions tested.

236 We curated terms related to experimental conditions that affect gene expression in E

237 generalize Jiang and Zhan's method to handle experimental conditions that are measured in continuous

238 s to investigate these features in different experimental conditions that are relevant for physiologi

239 ks used, and challenges inherent in creating experimental conditions that can be executed by particip

240 The LIBS spectra were recorded under experimental conditions that enable simple and accurate

241 amplifies the predicted effects, we suggest experimental conditions that have the potential to disti

242 halothane (HAL) maintenance anesthesia under experimental conditions that maintain normal core body t

243 Here, we identify experimental conditions that stabilize membrane-bound an

244 of sildenafil (50 mg) to create four unique experimental conditions that were compared with SL value

245 We show, under our experimental conditions, that the phasor-FLIM approach p

246 The results indicate that under experimental conditions the catalytically active species

247 Under the optimal experimental conditions, the developed procedure exhibit

248 Our data suggest that, under our experimental conditions, the local ablation by nsPEF res

249 Our experimental conditions, the low-intensity irradiation,

250 Under the optimal experimental conditions, the preconcentration factors in

251 Under optimized experimental conditions, the probe detects bilirubin sel

252 nging gene transcript levels under different experimental conditions, the use of appropriate referenc

253 We conclude that under our experimental conditions there is only one detectable leu

254 Under the optimized experimental conditions, there existed two linear regime

255 are significantly-altered under the selected experimental conditions, thereby greatly reducing the co

256 Under our experimental conditions, these adducts undergo a retro D

257 nt lowered the total VOC emission under most experimental conditions, they increased the emission of

258 Under these experimental conditions, this suggests only minor effect

259 ted conflicting data under seemingly similar experimental conditions, though the specific subclone st

260 (MNV) and bacteriophage MS2 under identical experimental conditions to aid in interpretation of hNoV

261 in this fast-moving field include optimizing experimental conditions to allow a holistic view of tiss

262 of protein topology, we established a set of experimental conditions to dissect the effects of phosph

263 ienced by a CTC was also studied for optimal experimental conditions to ensure immunoaffinity-enabled

264 plied more generally to other cell lines and experimental conditions to predict these important times

265 gest that it should be possible, under ideal experimental conditions, to obtain data from protein cry

266 n addition, incorporating information on the experimental conditions under which affinities were meas

267 n mice, whereas Akt1 had no effect under the experimental conditions used in the study.

268 n and sHSP/client interactions, and variable experimental conditions used to mimic cellular stress.

269 ern recognition molecule, and argue that the experimental conditions used to test this hypothesis sho

270 ctral variations of the dye depending on the experimental conditions used.

271 d yield), in short reaction times under mild experimental conditions using a slight excess (1.5 equiv

272 od has solved this problem and optimized the experimental conditions using a smaller number of experi

273 on of target gene expression under different experimental conditions using these three genes together

274 Moreover, for our experimental conditions, volume regulation by YAP/TAZ is

275 The adhesion efficiency under the optimized experimental conditions was about 80%.

276 ive poorly conductive oxide particles in our experimental conditions was achieved.

277 Optimization of experimental conditions was required to overcome major t

278 simple molecular building blocks and robust experimental conditions, we demonstrate control of a wid

279 on in real data collected under a variety of experimental conditions, we describe a flexible point-pr

280 Under our experimental conditions, we found no evidence of functio

281 Seeds from each experimental condition were treated with the recommended

282 Experimental conditions were adjusted such that the nick

283 The optimal experimental conditions were as follows: the amount of M

284 Eight experimental conditions were conducted by two levels of

285 Four experimental conditions were evaluated: baseline with co

286 Therefore, the experimental conditions were not sufficient to elicit a

287 xes, their associated binding affinities and experimental conditions were obtained from different bin

288 Experimental conditions were set at either current (pCO2

289 RT-qPCR normalization, according to specific experimental conditions, when GO-cell interactions occur

290 Here, we contrasted two experimental conditions where subjects were instructed t

291 of events with rate constants that vary with experimental conditions, where dissociation of the K409R

292 e unstable and biased by pharmacological and experimental conditions, whereas response-surface approa

293 e, the calibration must be repeated for each experimental condition, which is a formidable task.

294 tly, even when taking into account realistic experimental conditions, which restrict the spatial and

295 anoscale must be flexible regarding variable experimental conditions while ideally also being highly

296 ed the sleep diary for 1 week in each of two experimental conditions while wearing Actiwatch devices

297 of differential methylation between multiple experimental conditions with the baySeq R package.

298 The adequate catalytic system and experimental conditions, with and without the use of pho

299 SM-SERS hotspots in typical room-temperature experimental conditions, with possible implications in c

300 fied cell nuclei across many image types and experimental conditions without the need to manually adj