ライフサイエンスコーパス: temperature dependence

1 animal movement displays multiple regimes of temperature dependence.

2 s of the cytidine deaminase reaction and its temperature dependence.

3 ular hydrogel system that shows the opposite temperature dependence.

4 dynamics and protein side-chain motions with temperature dependence.

5 d viral replication and dramatically reduced temperature dependence.

6 tween organic carbon and water (KOC) and its temperature dependence.

7 ility database that includes composition and temperature dependence.

8 ions, which is expected to show the opposite temperature dependence.

9 milar kinetic behavior and comparable pH and temperature dependence.

10 sistance of weak localization as well as its temperature dependence.

11 o two reciprocal patterns with a strong body temperature dependence.

12 ility of the strontium titanate has a strong temperature dependence.

13 gh-pressure sorption properties exhibit weak temperature dependence.

14 ity of biological rates are known to exhibit temperature dependence.

15 re predicted to be substantial, with a steep temperature dependence.

16 for [K(18-crown-6)][Dy(COT)2] (4) with weak temperature dependence.

17 is found necessary for occurrence of unusual temperature dependence.

18 activated by temperature and possess strong temperature dependence.

19 c behavior but with a different and enhanced temperature dependence.

20 ndurance (>10(8) ), low variability, and low temperature dependence.

21 This average temperature dependence (0.96 electron volts (eV)), which

22 proximately 775, tan delta<0.05), negligible temperature-dependence (13% deviation over 500 degrees C

23 em respiration shows a substantially greater temperature dependence across aquatic (approximately 0.6

24 The Hall angle exhibited a robust T (2) temperature dependence along all directions, whereas no

25 nisotropic charge transport with a band-like temperature dependence along the alignment direction and

26 For the TMI-catalyzed pathway, both temperature dependence and (33)S/(34)S relationship reve

27 ivities of all 12 compounds exhibit metallic temperature dependence and are similar in magnitude as w

28 bserved at T > 200 K; it has super-Arrhenius temperature dependence and closely follows the primary r

29 transition from logarithmic- to square-root temperature dependence and deviation from it in three di

30 zero-bias conductance peaks show logarithmic temperature dependence and often linear splitting with m

31 with respect to their (non)linear response, temperature dependence and potential cross sensitivity t

32 distinguish it from active assembly, namely temperature dependence and reversibility.

33 nally, we demonstrate that PRMT7 has unusual temperature dependence and salt tolerance.

34 an agreement as to its structure, doping and temperature dependence and the role of charge ordering.

35 n, as manifested in the distinctly different temperature dependences and diverging residuals near a c

36 ranges reveal linear Stern-Volmer plots and temperature dependences and minimal effect of humidity o

37 es of the hydrophobic effect, especially its temperature dependence, and have limited ability to capt

38 We assessed the temperature dependence, and microbial (i.e., fungal) dri

39 imental kinetic isotope effects with complex temperature dependences, and it has been suggested that

40 of the surface diffusion coefficient and its temperature dependence are invariant of film thickness a

41 beta relaxations in a glass; it has the same temperature dependence as fluctuations of hydration shel

42 s for the hybridization gap with logarithmic temperature dependence (as expected for a Kondo system)

43 tween organic carbon and water (KOC) and its temperature dependence, as this controlled bioavailabili

44 COF-5 formation follows an Arrhenius temperature dependence between 60-90 degrees C with an a

45 T) and D(T) have super-Arrhenius ("fragile") temperature dependences, but both cross over to Arrheniu

46 However, this temperature dependence can also be caused by highly diff

47 ve previously demonstrated that pressure and temperature dependences can be used to infer H-tunneling

48 bserved to occur in as fast as 50 ns, with a temperature dependence characteristic of critical slowin

49 ignal is linear with current, and exhibits a temperature dependence consistent with the semiconductin

50 onductance between phloem and xylem showed a temperature dependence consistent with the temperature-d

51 From the temperature dependence, detailed insights into the energ

52 e, while values with (1)O2* show significant temperature dependence (Ea = 20-96 kJ mol(-1)).

53 otable departure from the ordinary quadratic temperature dependence expected in a weakly correlated F

54 tically independent of bias voltage, and its temperature dependence follows that of the ferromagnetic

55 Our results show that the temperature dependence for freshwater closely matches re

56 d cofactor (NADPH) rebinding, show different temperature dependences for POR A and POR B and suggest

57 We find distinct temperature dependences for the structure of the (La,M)2

58 ial molar expansibility (varphiE(0)) and its temperature dependence [Formula: see text] the viscosity

59 Measurements of temperature dependence from 40 to 320 K demonstrate a sh

60 emonstrate its responsibility for an unusual temperature dependence in ATPase rates.

61 Fits to the temperature dependence in the context of the WHH model,

62 ed across ionic liquids exhibit a pronounced temperature dependence: Increasing the temperature decre

63 he encapsulated water demonstrates anomalous temperature dependence, indicating the solid-to-fluid na

64 The observed temperature dependence is attributed to competitive stab

65 ve clear in-gap states (up to ~4 meV), whose temperature dependence is contingent on the Kondo gap fo

66 Temperature dependence is correlated with cluster stabil

67 necessary condition for the unusual positive temperature dependence is identified, namely that the cr

68 Temperature dependence is next examined in the classical

69 acroscopic properties but their pressure and temperature dependence is not fully explored.

70 The KIE temperature dependence is perturbed by heavy isotope lab

71 ly size- and strain-rate-dependent, a strong temperature dependence is uncovered, corroborating predi

72 resistance often referred to as the N-shaped temperature dependence, is omnipresent in disordered sup

73 High resolution infrared spectroscopy and temperature dependence measurements of photoluminescence

74 By modeling the temperature dependence of (17)O NMR powder line shapes,

75 Supercurrent with characteristic temperature dependence of a ballistic junction has been

76 For the first time, the pressure and temperature dependence of a chemical reaction at the sol

77 ologically interpretable explanation for the temperature dependence of a range of ecologically releva

78 with decreasing temperature, similar to the temperature dependence of a semiconductor.

79 ic magnetoresistance (CAMR) and a nontrivial temperature dependence of AHR were observed in the tempe

80 ment on dissociation and, therefore, for the temperature dependence of all thermodynamic characterist

81 More importantly, these changes in the temperature dependence of animal movement can have conse

82 The temperature dependence of atomic diffusion revealed by s

83 ctronic properties such as the magnitude and temperature dependence of band gap, carrier effective ma

84 gradient approach can be used to measure the temperature dependence of binding kinetics and thermodyn

85 binding interactions, the method allows the temperature dependence of binding to be monitored as a f

86 The temperature dependence of biological processes has been

87 on transfer measurements, revealing a strong temperature dependence of both open-state population and

88 s spectroscopy measurements, reveals unusual temperature dependence of both the phonon frequency and

89 )Al nuclear magnetic resonance including the temperature dependence of cage volume fluctuations and a

90 ) techniques have been used to determine the temperature dependence of carrier mobility in flower typ

91 The temperature dependence of chain librations at the protei

92 I develop models of the temperature dependence of cilial and flagellar movement

93 on is developed to explain the frequency and temperature dependence of coercivity.

94 The temperature dependence of coherence times indicates that

95 he first molecular scale measurements of the temperature dependence of composition of an adlayer at t

96 tion of the carbon cycle, to fit proxies the temperature dependence of continental weathering must be

97 In this paper, the temperature dependence of Cr(III) oxidation in high temp

98 The magnitude, sign, and temperature dependence of DeltaH(o) and DeltaS(o), the l

99 Here, by carefully analyzing the temperature dependence of device electrical characterist

100 Using this approach, we measured the temperature dependence of domain and ultrananodomain for

101 ation of the size, spatial distribution, and temperature dependence of domain structures.

102 l issue in this regard is characterizing the temperature dependence of drug binding.

103 ate change, it is as yet unknown whether the temperature dependence of ecosystem respiration varies s

104 example, water-table depth) to determine the temperature dependence of ecosystem-level CH4 emissions.

105 s instability is the molecular basis for the temperature dependence of EftM activity.

106 EC) is an attractive approach which uses the temperature dependence of electrochemical cell voltage t

107 This work examines the temperature dependence of electron transfer (ET) kinetic

108 Here we investigate the temperature dependence of emission line broadening in th

109 The temperature dependence of exciton diffusion in a small-m

110 The strong temperature dependence of F(MAE formation) helps to expl

111 Although temperature dependence of fractionation factors was foun

112 To show the practicality of the system, the temperature dependence of gas evolution in Li1+xNi0.6Co0

113 is strategy has been extended to measure the temperature dependence of gas solubilities in situ and t

114 The temperature dependence of GPP is directly linked to phot

115 hotosynthetic rates constrains the long-term temperature dependence of GPP, and highlights the import

116 The temperature dependence of growth was primarily mediated

117 We further propose that the strong temperature dependence of healing and permeability reduc

118 an approximate van't Hoff equation gives the temperature dependence of Henry's constants for polychlo

119 This strict pressure and temperature dependence of hydrogen sulphide release can

120 cle numbers, which are very sensitive to the temperature dependence of ice nucleation rates.

121 ay help explain why experimental work on the temperature dependence of interaction strengths has so f

122 sbridge cycle in frog muscle to simulate the temperature dependence of isometric tension and shorteni

123 heir ability to fit experimental data on the temperature dependence of isometric tension and the rela

124 (k value) at reference temperature) but the temperature dependence of k value (Ea value) for AAO ina

125 and lifetimes, we further show that the weak temperature dependence of kappa observed in experiments

126 The fast motions hypothesis underpinning the temperature dependence of KIEs is based on inference.

127 The anomalous temperature dependence of KIEs is often rationalized by

128 Here the temperature dependence of kinetic isotope effects (KIEs)

129 sfer can occur by quantum tunneling, and the temperature dependence of kinetic isotope effects (KIEs)

130 red indirectly from studies of the anomalous temperature dependence of kinetic isotope effects and co

131 h that a single new function can predict the temperature dependence of leaf respiration for global ve

132 rosylation (GSNOR deficiency) eliminates the temperature dependence of leak.

133 ation line of the usual inverse (1/T) linear temperature dependence of ln kappaobs.

134 agation length to satisfactorily explain the temperature dependence of LSSE in the Pt/YIG system.

135 scattering can be clearly observed, and the temperature dependence of magnon scattering can be simpl

136 nerate in energy, and begin to reconcile the temperature dependence of many macroscopic observables w

137 ction structure and stability, including the temperature dependence of melting on salt concentration,

138 l regulation that can be used to explore the temperature dependence of metabolism.

139 rge effects on ecosystems in part due to the temperature dependence of metabolism.

140 Consistent with the in vivo temperature dependence of methylation of EF-Tu, preincub

141 nsumption rate was most likely caused by the temperature dependence of microbial activity.

142 ed approach for quantitatively measuring the temperature dependence of molecular binding in a sensor

143 Genome-wide calculations of the temperature dependence of mRNA structure predict that re

144 We demonstrate that the temperature dependence of native redox reaction rates ca

145 and we have now comparably investigated the temperature dependence of neuronal Kv11.3 channels and t

146 The temperature dependence of nitrogen-ice viscosity implies

147 As the temperature dependence of oxygen consumption depends on

148 We also measured the temperature dependence of p-benzoquionone photolysis as

149 We present the first systematic study of temperature dependence of particle formation from the re

150 The temperature dependence of peak impulse latency was weake

151 The strong temperature dependence of pressure-induced unfolding ari

152 The model also reveals that the temperature dependence of PSRs, differences in PSRs betw

153 fective activation energy for rearrangement (temperature dependence of relaxation times) becomes smal

154 The temperature dependence of reorientation of the dipolar m

155 detrital carbon, but nutrient effects on the temperature dependence of respiration in aquatic ecosyst

156 The temperature dependence of respiration was comparable amo

157 Despite the widely used temperature dependence of root respiration, gross primar

158 technique estimated Rsoil based on the soil temperature dependence of Rsoil by assuming constant tem

159 While the temperature dependence of Sigma(T) correlates with the g

160 ible effects of the well documented negative temperature dependence of solubility of water in magma h

161 Our data suggest that the temperature dependence of stream microbial respiration i

162 orescence measurements to study the time and temperature dependence of surface proton transport.

163 t-loss behaviour, the diffuse maximum in the temperature dependence of susceptibility, the substantia

164 oke duration is found to be regulated by the temperature dependence of swimming appendage muscle grou

165 to avoid solvent, the data suggest that the temperature dependence of the absorption provides a simp

166 ((1)D), or CO2 and to an empirically derived temperature dependence of the anomalous kinetic isotope

167 ize, consistent with the literature, and the temperature dependence of the band gap and spin-orbit sp

168 ect of longitudinal spin fluctuations on the temperature dependence of the bulk moduli in delta-Pu.

169 the six complexes, only 3 shows evidence of temperature dependence of the charge distribution, displ

170 The temperature dependence of the charge-carrier mobility pr

171 Finally, we use the linear temperature dependence of the chemical shift of xenon di

172 to dynamic exchange processes, but rather to temperature dependence of the chemical shifts of the dia

173 such a collapse might be expected due to the temperature dependence of the classical "hydrophobic eff

174 ting equilibrium constant, the strength- and temperature dependence of the coupling between gating an

175 Agreement with the experimental temperature dependence of the critical micelle concentra

176 d DPPC-d6 sample are directly related to the temperature dependence of the critical order parameter e

177 ynamics, and greatly extend knowledge of the temperature dependence of the cross-section to cover the

178 leads to a higher on/off ratio and stronger temperature dependence of the current for nanoribbon FET

179 The results show the temperature dependence of the current to vary strongly a

180 Modelling of the temperature dependence of the DBMP-binding energy and em

181 The temperature dependence of the deduced superfluid in dens

182 pole moment of HF@C60 was estimated from the temperature dependence of the dielectric constant at cry

183 ymer matrix, the composites exhibit a weaker temperature dependence of the dielectric constant than t

184 On the other hand, no such change in the temperature dependence of the diffusivity is observed in

185 the full length protein), we observe a large temperature dependence of the dimerization affinity and

186 Detailed comparisons with the reported temperature dependence of the dynamics of MAPbI3 are the

187 ch uniaxial ferroelectrics predicts that the temperature dependence of the electric susceptibility ch

188 The temperature dependence of the electrical and thermal tra

189 The temperature dependence of the electron-transport resista

190 ndependently control the peak wavelength and temperature dependence of the emissivity, and achieves t

191 rrier absorption in both cell electrodes and temperature dependence of the emitter properties.

192 An Eyring-type analysis of the temperature dependence of the enantiomeric ratio establi

193 rease upon heating to 293 K, and we find the temperature dependence of the energy dissipation can be

194 The angular and temperature dependence of the field-effect mobility are

195 The temperature dependence of the first moment of the (2)H s

196 The main difference is a slightly steeper temperature dependence of the folding rate in some cells

197 More importantly, the temperature dependence of the gap is qualitatively consi

198 disordered polypeptides, there was a minimal temperature dependence of the global conformational stat

199 ts enthalpic and entropic contributions, the temperature dependence of the heat capacity change needs

200 systems biology approach to characterize the temperature dependence of the human red blood cell (RBC)

201 ~7-fold but does not affect the magnitude or temperature dependence of the intrinsic kinetic isotope

202 trong correlation between rate constants and temperature dependence of the KIE (DeltaDeltaH()) for H/

203 tion processes, and detailed analysis of the temperature dependence of the kinetics of assembly withi

204 The real-time observation reveals a strong temperature dependence of the kinetics of cationic order

205 ent measurements by Do et al. found that the temperature dependence of the Li(+) conductivity was ide

206 ereas no simple power law could describe the temperature dependence of the longitudinal resistances.

207 Finally, the moderate temperature dependence of the luminescence decay time en

208 es of single crystal thin-film YIG where the temperature dependence of the magnetisation reveals a de

209 of colder mantle beneath the arc due to the temperature dependence of the mantle viscosity.

210 The injection bias and temperature dependence of the measured spin signal agree

211 sistent with the observations-attributes the temperature dependence of the net magnetization of BFO t

212 to nearby water molecules, indicated by the temperature dependence of the nitrile's absorption energ

213 A reentrant temperature dependence of the normal state resistance of

214 sh between these models by studying both the temperature dependence of the optical absorption spectru

215 tors, suggesting a mechanistic basis for the temperature dependence of the pain phenotype.

216 The temperature dependence of the photochemical production o

217 ence between the two estimates is due to the temperature dependence of the physical forces between th

218 g mechanism through the investigation of the temperature dependence of the piezophototronic effect in

219 The temperature dependence of the piezotronic and piezophoto

220 A nonlinear temperature dependence of the population of this interme

221 ) was investigated by measuring the apparent temperature dependence of the quantum yield (Phia) for t

222 The temperature dependence of the rate constants was found t

223 The temperature dependence of the rate of anthocyanin degrad

224 The temperature dependence of the reaction kinetics of the R

225 The temperature dependence of the reactions was complicated

226 y evaluated by the exponent n (ca. 3) of the temperature dependence of the relaxation rate.

227 Moreover, the temperature dependence of the relaxation time of orienta

228 Moreover, the temperature dependence of the residue-specific volume ch

229 The physical mechanisms responsible for the temperature dependence of the responsivity and NEP of th

230 in ultra-low disorder 2DES: a non-monotonic temperature dependence of the sample resistance, dramati

231 the fragility, which can be defined from the temperature dependence of the shear viscosity, eta (ref.

232 abled the replication of the observed linear temperature dependence of the shift.

233 The temperature dependence of the silicon-graphene conductiv

234 triplet quantum yield to produce the complex temperature dependence of the singlet fission yield.

235 Here we report on the temperature dependence of the site-specific volumetric p

236 cence anisotropy, excitation wavelength, and temperature dependence of the spectroscopic features, ho

237 y of the DCP technique by correcting for the temperature dependence of the spin fluid's density and v

238 Instead, we examined the temperature dependence of the spontaneous hydrolyses of

239 ure and we derive predictions for an optimal temperature dependence of the tympanal transduction proc

240 derstood within the framework of the overall temperature dependence of the unfolded state dimensions.

241 structure-based model to study the force and temperature dependence of the unfolding of the protein f

242 The temperature dependence of the weight of the two processe

243 perties, including the completely reversible temperature dependence of their fluorescence response.

244 All three materials also show similar temperature dependence of their PL lifetimes and MCPL po

245 We measured the temperature dependence of thermodiffusion and transforme

246 netic state can explain the Nb thickness and temperature dependence of this effect.

247 The temperature dependence of THz emission from InP surfaces

248 s studies have typically focused only on the temperature dependence of total emission factors and sel

249 Analysis of the kinetics and temperature dependence of transport accompanied by direc

250 The model captures the temperature dependence of viscosity and provides a mecha

251 ture of the protein, but does not change the temperature dependence of volume changes upon unfolding.

252 Thermal expansion, defined as the temperature dependence of volume under constant pressure

253 The difference in the temperature dependence of wCp149 assembly may be related

254 It is shown that in the ergodic regime, the temperature dependence of Young's modulus is solely dete

255 ducing small molecules to, and measuring the temperature dependence of, bis-Fe(IV) MauG.

256 Given the contrasting short-term temperature dependences of gross primary production (GPP

257 providing an explanation for differences in temperature dependences of KIEs on these two C-H bond ac

258 We report here for the first time the temperature dependences of LSSE voltage (V LSSE), magnet

259 hot and cold sides due to the neglect of the temperature dependences of the material properties that

260 We monitored the temperature dependences of these alternative conformatio

261 nkage between weather and air quality is the temperature-dependence of emissions from electricity gen

262 Here the temperature-dependence of intrinsic kinetic isotope effe

263 , empirically evaluated correction terms for temperature-dependence of Stokes' radii.

264 nown to follow first-order kinetics, and the temperature-dependence of the exponential rate constant

265 r finite ionic strength effects on mobility, temperature-dependence of the extended Debye-Huckel theo

266 al step was examined via measurements of the temperature-dependence of the intrinsic kinetic isotope

267 From the temperature-dependence of the neutron diffraction intens

268 ate thermophysical data for water viscosity, temperature-dependence of the Onsager-Fuoss model for fi

269 llowed first-order reaction kinetics and the temperature-dependence of the respective reaction rate c

270 This is the first time the temperature-dependence of the trion PL has been analyzed

271 solidus temperature, the particle sizes, the temperature-dependence of the viscosity of the evolving

272 se two categories are identified through the temperature-dependence of these conformational processes

273 of repetitive Ca2+ waves, showed a biphasic temperature dependence on Arrhenius plots.

274 Here we report a critical temperature dependence on magnetic configuration in curr

275 hydrogen/deuterium (H/D) isotope effect, and temperature dependence on the O2 release kinetics for th

276 can be found at a given temperature, and its temperature dependence provides a major thermodynamic si

277 Analysis shows that this temperature dependence reflects Boltzmann population dis

278 rmal single-level tunnelling model where the temperature dependence relies on the thermal broadening

279 y, by not taking into account the changes in temperature dependence reported here we might not be abl

280 this unconventional metal exhibits a linear temperature dependence (rho proportional, variant T) tha

281 wide range of ecosystems exhibit an average temperature dependence similar to that of CH4 production

282 as a model compound for DOM and observed no temperature dependence (slope p = 0.41) for the formatio

283 e of the enzyme in the long-range ET step, a temperature dependence study was also pursued.

284 is protein at room temperature, the 30-335 K temperature dependence suggests opening of a new ETp pat

285 range, TRPV1 heat activation exhibited steep temperature dependence (temperature coefficient (Q10) of

286 osystem level have a fundamentally different temperature dependence than other key fluxes in the carb

287 n the antiferromagnetic ground state, with a temperature dependence that suggests a significant role

288 Ea =4.8 kcal mol(-1) and with only a shallow temperature dependence, the results are interpreted in t

289 l-like dynamics with a Williams-Landel-Ferry temperature dependence then result.

290 an't Hoff analyses relate the differences in temperature dependence to the high positive values for h

291 in infected epithelial cells, a significant temperature dependence to viral replication remained in

292 /Tm for 1 and 2 up to about 160 K and modest temperature dependence up to 295 K, demonstrating that i

293 dium/fluid partition coefficients, and their temperature dependence were critically reviewed.

294 It can explain the experimental angular and temperature dependence, whereas SMM cannot do so.

295 ) and clusters of IP3R (puffs) showed little temperature dependence, whereas their kinetics (duration

296 nsition pressure of 13 GPa at 0 K with small temperature dependence, which is in line with many exper

297 he DRX of DT ferrite shows an unconventional temperature dependence, which suggests an optimal condit

298 ctivation threshold and slope sensitivity of temperature dependence while accelerating activation tim

299 the defect lifetime exhibits a non-monotonic temperature dependence with a maximum at ~100 degrees C.

300 t ratio of the GNM-device displayed distinct temperature dependence with about 24-fold enhancement at