ライフサイエンスコーパス: temperature-dependent

1 ating that the changes in k values were less temperature dependent.

2 be noted that properties of SMAs are highly temperature dependent.

3 nate liquid structure is found to be heavily temperature-dependent.

4 of Cys were moderate and were highly pH- and temperature-dependent.

5 libration constant was observed to be highly temperature-dependent.

6 to 900 s, reveal that the response is highly temperature-dependent.

7 inetic order and reaction rates are strongly temperature-dependent.

8 other forms of metabolism, methanogenesis is temperature-dependent.

9 These NMR studies also showed temperature-dependent (1)H and (13)C line broadening.

10 Marked temperature-dependent (15) N chemical shifts seem to be

11 (19)F,(1)H HOESY, diffusion, and temperature-dependent (19)F and (1)H NMR studies allowed

12 c strength and lower pH, and (iii) pyrolysis temperature-dependent: 500 < 700 << 300 degrees C at pH

13 ion within each structure, which we show via temperature-dependent absorption measurements remains co

14 oplasmic signalling domain of Msb2 regulated temperature-dependent activation of the CEK mitogen acti

15 Here, we integrate multiple aspects of temperature-dependent activity into a single unified fra

16 e of the unintentional donor is confirmed by temperature dependent admittance spectroscopy, with an a

17 anoplasmonic sensing approach to monitor the temperature-dependent adsorption and denaturation of bov

18 These materials were investigated via temperature-dependent adsorption/desorption of CO monito

19 This morphology is controlled by the temperature-dependent aggregation behaviour of the donor

20 posure to bumetanide and amiloride slows the temperature-dependent amplitude decline, consistent with

21 The phonon-defect interactions are temperature dependent and involve the trapping of phonon

22 of the thermometer ion using DAII was inlet temperature dependent and similar in magnitude to that o

23 ton-conductivity measurements, together with temperature-dependent and isotope-effect studies, sugges

24 The detailed photon energy, temperature-dependent and spin-resolved ARPES measuremen

25 ons indicate that these motions are strongly temperature-dependent, and loop regions are surprisingly

26 The relaxation displayed a temperature-dependent, Arrhenius-like kinetics, suggesti

27 -dimer and Fe(2+) demonstrates an unexpected temperature-dependent assembly between two irreversible

28 mperature independent at low frequencies and temperature dependent at high frequencies due to the dom

29 The temperature-dependent behavior within anionic phospho-Fr

30 This effect on nucleation rates is temperature dependent, being the most pronounced at the

31 Nevertheless, temperature-dependent binding data have the potential to

32 Strain-free solid films exhibit a temperature-dependent blue shift of optical absorption p

33 ic regime, the shell undergoes a hysteretic, temperature-dependent buckling transition.

34 These results could be accounted for by temperature-dependent changes in both Km and kcat (three

35 The temperature-dependent changes in wheat starch powder and

36 Temperature-dependent changes of the thermoelectric prop

37 based immunoassay detects polyglutamine- and temperature-dependent changes on the endogenously expres

38 By investigating the temperature-dependent characteristics of the perovskite

39 The temperature dependent charge storage capacity was measur

40 Here we report on the temperature-dependent charge transport properties of a 2

41 e were derived from simultaneous analysis of temperature-dependent chemical exchange saturation trans

42 tes (followed by absorption spectroscopy and temperature-dependent circular dichroism studies in solu

43 by the damped harmonic oscillator model with temperature dependent coefficients.

44 The acquired data show a temperature-dependent coexistence of monomers, dimers, a

45 Above 110 K a faster, strongly temperature-dependent component appears, with momentum t

46 Analysis of temperature dependent conductance showed that the carrie

47 rties of CuI thin films were investigated by temperature-dependent conductivity measurements, which r

48 ansition above 30-40 degrees C, indicating a temperature-dependent conformational change that is most

49 ytical responses to ascertain differences in temperature-dependent contaminant bioavailability is inv

50 d-shift depends both on the trion size and a temperature-dependent contribution.

51 -independent) and paramagnetic (delta(para), temperature-dependent) contributions to the total NMR ch

52 These effects of DOG1 lead to a temperature-dependent control of endosperm weakening and

53 dex tuning at mid-infrared wavelengths using temperature-dependent control over the low loss plasma f

54 dex tuning at mid-infrared wavelengths using temperature-dependent control over the low-loss plasma f

55 Derived from temperature-dependent CTRs, the activation barrier of th

56 Temperature-dependent DC magnetization measurements of Y

57 holds are reached during freezing due to the temperature-dependent decrease of water potential in the

58 n (LVS) or FTT0831c from Schu S4 resulted in temperature-dependent defects in cell viability and morp

59 properties out of the interplay between the temperature-dependent deformability of the vesicles and

60 us, Eyring and Ball) were used to assess the temperature-dependent degradation.

61 The variant channels produced a temperature-dependent destabilization of activation and

62 c oxidase (COX) activity was ascribable to a temperature-dependent destabilization of cytochrome a he

63 ability in maturation times for species with temperature-dependent development, but it is not known h

64 1,2-diol or propane-1,2-diol just show small temperature-dependent dielectric anomalies and no revers

65 mpound including ethane-1,3-diol shows giant temperature-dependent dielectric anomalies as well as fe

66 In contrast, the within-site temperature-dependent difference in net methylation was

67 Temperature dependent differential migration shifts were

68 dent diffusion over this range and revert to temperature-dependent diffusion on cell membrane blebs,

69 Water angular motions in bassanite exhibit temperature-dependent diffusive orientational relaxation

70 c susceptibilities are, in general, strongly temperature dependent, diminishing rapidly as one transi

71 Maintenance of the Bully phenotype is temperature dependent during development, with the pheno

72 fer (FRET), we show that 627-NLS populates a temperature-dependent dynamic equilibrium between closed

73 erate Fermi gas with an interaction-enhanced temperature-dependent effective mass.

74 established more in winter, consistent with temperature-dependent effects on fungal growth, and (ii)

75 tants for a 14YWT alloy, and reveal a strong temperature-dependent elastic anisotropy that leads to e

76 also used the instrument to characterize the temperature-dependent elasticity of single-stranded DNA

77 Temperature-dependent electrical resistivity and heat ca

78 re systematically investigated using in situ temperature-dependent electrical resistivity measurement

79 ene temperature sensors are explained by the temperature dependent electron mobility relationship ( T

80 In-situ temperature dependent electron paramagnetic resonance (E

81 We simulated the evolution of the temperature-dependent electron mobility.

82 Here we report a study of temperature dependent electronic transport in combinatio

83 mit, in agreement with values extracted from temperature dependent emission line shape analysis.

84 At present, it is thought that temperature-dependent emissions of tropospheric O3 precu

85 fibers were synthesized for a wide range of temperature dependent energy storage applications.

86 channel inactivation, which synergizes with temperature-dependent enhancement of inactivation rate t

87 surprising and novel mechanism that involves temperature-dependent enhancement of splicing efficiency

88 active-site flexibility, V260A introduces a temperature-dependent equilibration process not previous

89 ent ligands, peripheral amines, and metals); temperature-dependent equilibria between diastereomeric

90 rtin through conformational selection from a temperature-dependent equilibrium comprising both functi

91 nated within the networks, with offsets from temperature-dependent equilibrium ranging from -4.8 to +

92 In stark contrast, temperature-dependent ESR measurements demonstrate a dra

93 ated bacterioruberin still present, leads to temperature-dependent ETp (>180 K).

94 The temperature-dependent exchange of animals between groups

95 NMR temperature dependent experiments are carried out in ord

96 On the other hand, temperature-dependent experiments focusing on the shear

97 perative rearrangement allow us to predict a temperature-dependent expression for the cooperative len

98 This work provides a link between temperature-dependent expression of virulence factors in

99 pling in DHFRs is influenced by compensatory temperature-dependent factors, namely the enthalpic barr

100 The unique temperature-dependent ferromagnetic properties of the Si

101 y responses, and IR25a misexpression confers temperature-dependent firing of heterologous neurons.

102 cantly decreased during storage, following a temperature dependent first-order kinetic model.

103 en bonding, or packing, likely affecting the temperature-dependent flexibility and function of the en

104 ructures and which, upon normalization, give temperature-dependent fluctuation profiles that overlap

105 racterized with fluorescence micrographs and temperature-dependent fluorescence recovery after photob

106 To understand this behavior, we performed temperature-dependent fluorescent studies on an N(5)-alk

107 f the compositional stoichiometry during the temperature-dependent formation of the metal alloy nanop

108 ture measurements are performed by using the temperature-dependent frequency shift of optically detec

109 Temperature-dependent FTIR spectroscopy reveals differen

110 This study confirmed the temperature-dependent function of a gene-edited mutation

111 The temperature-dependent function of the Ds-TRA-2(ts2) prot

112 By fitting our results to temperature-dependent functions, we develop a temperatur

113 The single X-ray diffraction studies, temperature dependent gas sorption isotherms, simulated

114 cation of the region suggests a mechanism of temperature-dependent gating of thermal TRP channels inv

115 suggest a plausible molecular mechanism for temperature-dependent gating that reconcile how ion chan

116 Here, we report an experimental study of temperature-dependent Gilbert damping in permalloy (Py)

117 A temperature-dependent glycogen-degrading activity was de

118 p.(Gly189Arg) variant partially rescued the temperature-dependent growth defect in arv1Delta yeast,

119 The temperature-dependent growth defect of the sec3-913 stra

120 t cell death could partially account for the temperature-dependent growth observed during RV amplific

121 y at 37 degrees C, and partially rescued the temperature-dependent growth phenotype.

122 rface temperature records (1982 to 2016) and temperature-dependent growth rates of two algae that pro

123 To gain insight into the mechanism of temperature-dependent growth, we compared the transcript

124 s its conjugation, causing the ETp to become temperature dependent (>180 K).

125 tes have been electrically characterized via temperature dependent Hall effect measurements up to 100

126 The transition-metal-free and temperature-dependent highly selective reaction of aryne

127 The temperature dependent hole transport of a variety of Lew

128 intake and body weight, which is mediated by temperature-dependent homeostatic responses.

129 mphoma 2 (BCL2) overexpression revealed that temperature-dependent host cell death could partially ac

130 Temperature-dependent IFN induction in response to rhino

131 endent magnetization, can be used to produce temperature-dependent images in magnetic resonance imagi

132 Immune defense is temperature dependent in cold-blooded vertebrates (CBVs)

133 n lacking all six DGCs did not exhibit a low-temperature-dependent increase in c-di-GMP, indicating t

134 We observed a temperature-dependent increase in the transport of diagn

135 required in nociceptive sensory neurons for temperature-dependent increases in firing frequency upon

136 ecies spanning 7 biomes, we demonstrate that temperature-dependent increases in leaf respiration do n

137 Msb2 also regulated temperature-dependent induction of genes encoding regula

138 rkable exchange bias effect arising from the temperature-dependent interaction among the ferromagneti

139 We globally fit temperature-dependent isothermal titration calorimetry d

140 ause biological processes are differentially temperature dependent, it is difficult to understand how

141 Temperature dependent kinetic studies reinforce the nove

142 near free energy relationship analyses using temperature-dependent kinetic data.

143 proton-transport kinetics, revealing a large temperature-dependent kinetic isotope effect.

144 ow pseudo-first-order behavior and large but temperature-dependent kinetic isotope effects (KIE 32 at

145 , and activation entropy were established by temperature-dependent kinetic NMR experiments.

146 Temperature-dependent kinetic studies establish the ener

147 e we present the first complete study of the temperature-dependent kinetics of block and unblock of a

148 ing calculations that attribute this unusual temperature-dependent kinetics of rhodopsin to a lowerin

149 Temperature-dependent kinetics reveal an unusually favor

150 Temperature-dependent kinetics were extracted, showing e

151 provement with fever may be explained by the temperature-dependent leftward shift in activation of wi

152 On the basis of the temperature-dependent linear solvation energy relationsh

153 ilizing a time summation model incorporating temperature-dependent linear solvation energy relationsh

154 BuGZ forms temperature-dependent liquid droplets alone or on microt

155 tions in the crystals of 2 are controlled by temperature dependent local structural fluctuations and

156 nderlies these motions, based on a series of temperature-dependent magic-angle spinning multinuclear

157 e muon-spin rotation experiments probing the temperature-dependent magnetic penetration depth in T d-

158 essure muon spin rotation experiments on the temperature-dependent magnetic penetration depth in the

159 alence tautomeric phenomenon is supported by temperature-dependent magnetic susceptibility measuremen

160 Temperature-dependent magnetization M measurements revea

161 small ferromagnetic particles with a strong temperature-dependent magnetization, can be used to prod

162 ssing within igr66 enhances translation in a temperature dependent manner via non-canonical ribosome

163 ransit across the TM to the ME in a time and temperature dependent manner.

164 Lysine 5 methylation occurs in a temperature-dependent manner and is generally only seen

165 d in elevated expression of A3A and A3G in a temperature-dependent manner in HPV-infected cells.

166 ificantly increased polyphenolic yields in a temperature-dependent manner, consistent with tissue sof

167 sease in experimentally infected corals in a temperature-dependent manner.

168 with the promoters of key target genes in a temperature-dependent manner.

169 general stress and stringent responses in a temperature-dependent manner.

170 encoding cell-wall remodeling proteins in a temperature-dependent manner.

171 olar epithelial cells in a time-, dose-, and temperature-dependent manner.

172 s transcribed and alternatively spliced in a temperature-dependent manner.

173 Temperature-dependent measurements of the kinetic isotop

174 Temperature-dependent measurements of the resistance and

175 in situ in single-molecule experiments, the temperature-dependent mechanical unfolding of a single D

176 ctrically controlled optical absorption, and temperature-dependent memory.

177 and the presence of hysteresis loops in the temperature-dependent mobility confirm that the orthorho

178 gy, excess volume at the grain boundary, and temperature-dependent mobility naturally emerge and show

179 imiting scattering mechanisms by calculating temperature-dependent mobility, and Seebeck coefficient

180 driving force for the shape change, and the temperature-dependent modulus of a shape memory polymer

181 Temperature-dependent Molecular Dynamics (MD) simulation

182 In response, we show that including temperature-dependent mortality improves abundance estim

183 We propose that the strongly bias- and temperature-dependent MR is associated with spin transpo

184 nal wisdom is challenged in this work, where temperature-dependent negative ion photoelectron spectro

185 omers is rapid, even at low temperature, and temperature-dependent NMR and electronic absorption spec

186 thermochemical and very limited IR/Raman and temperature-dependent NMR data that can be used as relia

187 al shifts was systematically investigated by temperature-dependent NMR experiments and density-functi

188 Mechanistic investigations including temperature-dependent NMR spectroscopy and DFT calculati

189 By comparing the temperature dependent occurrence of screened and unscree

190 combined investigation of the photolysis and temperature-dependent OH radical reaction of 4-hydroxy-2

191 s through the magneto-optical effect and the temperature dependent optical absorption of the garnet t

192 tetragonal phase transition using a combined temperature-dependent optical, electrical transport and

193 the opening of a Delta approximately 0.9-meV temperature-dependent pairing gap.

194 Temperature-dependent partitioning data are used to calc

195 Convergence in global temperature-dependent patterns of R indicates that physi

196 nd observational data have documented global temperature-dependent patterns of variation in leaf dark

197 ded environment in the crystal lattice and a temperature-dependent pentane rearrangement implicated b

198 ed synthetic dual-feedback oscillator with a temperature-dependent period.

199 sensors, a dimethyl modified MOF exhibits a temperature dependent phase change controlled by steric

200 hese colloids can be generalized to the full temperature-dependent phase diagram, not just the crysta

201 Temperature dependent Phia values were analyzed using th

202 Both temperature dependent photoluminescence experiments and

203 In this work we report on temperature-dependent photoluminescence measurements (15

204 mission from these layers, and analyse their temperature-dependent photoluminescence properties.

205 nd analyse how these complexes appear in the temperature-dependent photoluminescence spectra of WS2 a

206 Kinetic studies, temperature dependent photostationary state correlations

207 In this study, we investigated how temperature-dependent physiology changed through the lif

208 demonstrate that both also show very similar temperature-dependent PL lifetimes and magneto-luminesce

209 We analyze the temperature-dependent PL to reveal the effective trion s

210 election on genetic main effects tailored to temperature-dependent plasticity in flowering time.

211 rates could be ascribed to a combination of temperature-dependent polyester chain flexibility and ac

212 dies for over 50 years, because their strong temperature-dependent preferential condensation makes th

213 e on the electrode, implying that there is a temperature-dependent process that facilitates electropo

214 that atmospheric emissions were dominated by temperature-dependent processes such as volatilization a

215 ss is achieved through precise tuning of key temperature-dependent processes.

216 lic catalyst is substantiated by an observed temperature-dependent product selectivity effect.

217 tures, due to their dependence on material's temperature-dependent properties.

218 alytical framework to estimate the effect of temperature-dependent protein denaturation on the corres

219 Nevertheless, biotinylation of Arc1p was temperature dependent; raising the growth temperature fr

220 We report temperature-dependent Raman spectra of HfO2, TiO2 and Ge

221 Given the temperature-dependent re-equilibration of clumped isotop

222 ic-level process of CH4-SnO2 interaction and temperature-dependent reduction behavior of SnO2 were st

223 In addition, to the light and temperature dependent regulation of CsCCD2 expression, t

224 ns in diverse pathways are O-GlcNAc targets, temperature-dependent regulation of this modification mi

225 and quantitative differences to the assumed temperature-dependent relationships.

226 ng the Kohlrausch law and that the extracted temperature dependent relaxation times of the assemblies

227 n situ mass spectrometry revealed a time and temperature-dependent release of a plethora of NxBy-cont

228 g the single replication cycle, RV exhibited temperature-dependent replication in both cell types in

229 wth at night, highlighting the importance of temperature-dependent repressors of growth.

230 form the DDQC and sigma phases are strongly temperature dependent, requiring several hours and about

231 ference effect between the Joule heating and temperature-dependent resistance effect along the CF.

232 The temperature-dependent resistivity measurements revealed

233 two global empirical syntheses into a simple temperature-dependent respiration framework to compare t

234 strate that a discrete domain can encode the temperature-dependent response of a channel.

235 opic expression of these rGCs confers highly temperature-dependent responses onto diverse cell types.

236 According to our temperature-dependent results, we found that the relaxat

237 ipates in temperature perception through its temperature-dependent reversion from the active Pfr stat

238 emonstrate that even in the absence of IFNs, temperature-dependent RV amplification is largely a resu

239 these complex biological processes: a single temperature-dependent scale of cellular time governs the

240 e ultrahigh athermal strength as well as the temperature-dependent scatter, evident in our experiment

241 Temperature dependent Seebeck coefficient, electrical re

242 The molecular mechanism underlying temperature-dependent sex determination (TSD) has been a

243 The study of temperature-dependent sex determination (TSD) in vertebr

244 Temperature-dependent sex determination (TSD) is the pre

245 Temperature-dependent sex determination (TSD), commonly

246 need for research to extend from a focus on temperature-dependent sex determination to a focus on te

247 mississippiensis, like all crocodilians, has temperature-dependent sex determination, in which the se

248 In organisms with temperature-dependent sex determination, the incubation

249 We found that Dmrt1 has a temperature-dependent, sexually dimorphic expression pat

250 emperatures, the A. pernix MetRS undergoes a temperature dependent shift in tRNA charging fidelity, a

251 This is further explored with temperature-dependent single-molecule RNA folding measur

252 ceptor ratio, and has a width defined by the temperature-dependent speed and persistence time.

253 ms is the perplexing non-monotonicity in the temperature-dependent spin accumulation in non-local fer

254 tion is used to simultaneously calculate the temperature-dependent stability constants of both mononu

255 Dissecting the temperature-dependent stability into enthalpic and entro

256 first-principles theoretical support for the temperature-dependent stability of non-fcc Au structures

257 This coincides with temperature dependent static distortions resulting in ps

258 rmly supported by polarity-, viscosity-, and temperature-dependent steady-state and nanosecond time-r

259 ndent delay between the low pH-dependent and temperature-dependent steps of viral fusion, consistent

260 Temperature dependent structural measurements reveal a p

261 st to lipid nanodiscs that undergo time- and temperature-dependent structural changes, the polymer na

262 ed to mass spectrometry to explore in detail temperature-dependent structural dynamics in large macro

263 Temperature-dependent studies are used to obtain Arrheni

264 structure content and the stability through temperature-dependent studies.

265 t the binding of ELF3 to target promoters is temperature dependent, suggesting a mechanism where temp

266 er exposure on immunity and other traits are temperature-dependent, suggesting that the ability to re

267 *W(CNAr)6 lifetimes are temperature dependent, suggestive of a strong coupling n

268 n increase in Hg methylation - controlled by temperature-dependent sulfate reduction, without a compe

269 We use temperature-dependent surface force measurements to demo

270 ermal mismatch hypothesis by quantifying the temperature-dependent susceptibility of cold- and warm-a

271 aded increase in structural fluctuations and temperature-dependent swelling of the dimensions of its

272 s predicted to be useful in the treatment of temperature-dependent symptoms under conditions with red

273 Remarkably, using temperature-dependent synchrotron radiation circular dic

274 Furthermore, it provides a temperature-dependent system for creating sterile male p

275 olymer dispersion in mineral oil is strongly temperature-dependent: the storage modulus increases by

276 Dark reversion is a temperature-dependent thermal relaxation process, by whi

277 ymer films, and allows quantification of the temperature-dependent thickness hm of the interfacial mo

278 Since all biophysical processes are temperature dependent, this interplay is challenged duri

279 pump source, poor heat removal and a highly temperature-dependent threshold.

280 at multiple steps in the circadian cycle are temperature-dependent, thus facilitating temperature ent

281 ssed in the experimental literature, such as temperature-dependent transcription, translation, and he

282 disruption of rppH had a large effect on the temperature-dependent transcriptome of P. syringae, affe

283 -effect transistors is revealed by analysing temperature-dependent transfer characteristics and the s

284 Temperature-dependent transient kinetics also closely ma

285 ges in superfluid dynamics are observed: the temperature-dependent transition from laminar to turbule

286 The pellets show further interesting temperature-dependent transition from n-type into p-type

287 he double mutant (Y25A:V260A) eliminates the temperature-dependent transition sensed by the active-si

288 ction process are examined through time- and temperature-dependent transport measurements.

289 Primer extension studies confirmed the temperature-dependent TSS selection and a stem-loop mask

290 We found a temperature-dependent unfolding of Hsf1 in the regulator

291 rts a profound influence on gating through a temperature-dependent unfolding transition in a discrete

292 We report on a strain-induced and temperature dependent uniaxial anisotropy in V2O3/Ni hyb

293 Substituent effects and temperature-dependent variations in enantioselectivity s

294 linking density of the organogels allows for temperature-dependent viscoelastic control.

295 2 cm(-1)) and results were compared with the temperature-dependent viscosities.

296 fusion of GPI-anchored proteins also becomes temperature dependent when the filamentous dynamic actin

297 thermore, the speed of endocytosis is highly temperature dependent with a Q10 of approximately 3.5.

298 The static quenching was temperature-dependent with an activation energy of 4.654

299 The N2 reduction activity is highly temperature dependent, with significant N2 reduction to

300 gest that the degree of spin localization is temperature-dependent, with a high degree of spin locali