ライフサイエンスコーパス: initial condition

1 uals (e.g., differences in physiology and in initial conditions).

2 rized by deterministic chaos (sensitivity to initial conditions).

3 y (e.g. relative fitness of the two species, initial conditions).

4 ition will show different dependences on the initial condition.

5 of these contacts in 10mM Mg2+ from the same initial condition.

6 simulation of diffusive relaxation from any initial condition.

7 neous freezing and nucleation treated as the initial condition.

8 r of distinct attractors, depending upon the initial condition.

9 irect structural evolution from a particular initial condition.

10 yield serious bias in the estimation of the initial condition.

11 t cycle attractor that is independent of its initial condition.

12 re unpredictable and highly sensitive to the initial conditions.

13 fferent atmospheric model components as with initial conditions.

14 maging and introduced them into the model as initial conditions.

15 oximations to the error as a function of the initial conditions.

16 packing fractions, solvent viscosities, and initial conditions.

17 ults with the results obtained using uniform initial conditions.

18 servations of the field for new boundary and initial conditions.

19 which one the population gets to depends on initial conditions.

20 ll set of observed trajectories with various initial conditions.

21 d the environmental robustness to changes in initial conditions.

22 rmulation, and nonideal (i.e., experimental) initial conditions.

23 ns does not arise from subtle differences in initial conditions.

24 itivity of the time evolution of a system to initial conditions.

25 ll set of observed trajectories with various initial conditions.

26 eresting behaviors that are sensitive to the initial conditions.

27 spatial variability resulting only from the initial conditions.

28 ion for various doses of C5a under different initial conditions.

29 es to a unique fixed point regardless of the initial conditions.

30 not the remnant of often arbitrarily chosen initial conditions.

31 rall variability is strictly governed by the initial conditions.

32 even beginning with spherically symmetrical initial conditions.

33 ng into either stable state depending on the initial conditions.

34 ch the outcome of competition depends on the initial conditions.

35 iations in utility associated with different initial conditions.

36 the nanocrystals grown under a given set of initial conditions.

37 ransients in the solutions due to unbalanced initial conditions.

38 tem to a less adapted state upon a return to initial conditions.

39 rent "behaviours" from a series of different initial conditions.

40 otic system that is sensitively dependent on initial conditions.

41 lation evolution can significantly depend on initial conditions.

42 olding simulations to generate a database of initial conditions.

43 parameters, and three parameters related to initial conditions.

44 s and jets spontaneously emerged from random initial conditions.

45 ence can influence the pinch-off through the initial conditions.

46 rom ongoing synaptic events, despite unknown initial conditions.

47 ated by the system dynamics, but also by the initial conditions.

48 h the use of time-course data across various initial conditions.

49 stinct steady states, which are dependent on initial conditions.

50 ch-off by erasing the system's memory of the initial conditions.

51 ents that reflects a weakened sensitivity to initial conditions.

52 noisy data and uncertainty in parameters and initial conditions.

53 neous or sequential modes, depending only on initial conditions.

54 amics that are inherently sensitive to their initial conditions.

55 nd to be simultaneously stable, depending on initial conditions.

56 ed in such a device by selecting appropriate initial conditions.

57 ome differences arising during spring season initial conditions.

58 the practical difficulty in establishing the initial conditions.

59 ooperation flourishes for a wider variety of initial conditions.

60 pathogen) that is robust to perturbations in initial conditions.

61 son with a prior observation under different initial conditions.

62 ibition under various solution chemistry and initial conditions.

63 g novel output states in response to altered initial conditions.

64 ics exhibit precisely this dependency on the initial conditions.

65 ulation impaired recall when not part of the initial conditioning.

66 tion in human motor cortex that outlasts the initial conditioning.

67 t net phosphate (Pi) transport uptake rates (initial conditions: 1 mM [Pi]e, pHe 6.80; 0 mM [Pi]i, pH

68 with another model commencing from different initial conditions(25,26) and across climate models part

69 n of the interacting system given particular initial conditions, a general overview of the phase beha

70 parameters that can be used to modify these initial conditions according to experimental values are

71 The analysis shows that independent of initial conditions, after a certain transitional period,

72 After the initial conditioning and up until the end of the reverse

73 r noise immunity, (iii) is more invariant to initial conditions and (iv) has a superior computing per

74 sensitive to a priori selection of genes or initial conditions and able to detect alternative or con

75 e future status of an individual tumor given initial conditions and an appropriate mathematical model

76 orphogen gradients to the differences in the initial conditions and chemistries of the anterior, DV,

77 ty framework that considers varying skill of initial conditions and climate forecasts.

78 m simulations can be distorted by inadequate initial conditions and convergence, and are sensitive to

79 Computer simulations with random initial conditions and fitnesses reveal that the potenti

80 olecular dynamics simulations with different initial conditions and force fields.

81 for faction membership as a function of the initial conditions and implies that the initial amount o

82 ns, taking into account uncertainties in the initial conditions and in the measurement data.

83 ssively on top of each other, insensitive to initial conditions and interaction dynamics.

84 n many CES replicates, started from the same initial conditions and kept under constant light and tem

85 Both the dominant short wavelength initial conditions and long wavelength perturbations are

86 Our approach is robust to initial conditions and more accurate than competing alte

87 rast to commonly studied situations in which initial conditions and noise determine which pattern is

88 The influence of initial conditions and parameters, such as the initial c

89 and diverse negative outcomes, depending on initial conditions and parameters.

90 typically requires complete knowledge about initial conditions and parameters.

91 ck control to account for a range of unknown initial conditions and persistent input of pathogens by

92 with apparent coherence only due to similar initial conditions and quasi homogeneity of the medium t

93 The effect of initial conditions and reaction pathways in the long ter

94 The user can define arbitrary initial conditions and reaction rules, and we believe it

95 from the classical form in its boundary and initial conditions and requires development of a new Fou

96 s for policy-makers related to the impact of initial conditions and seasonality and emphasize the nee

97 lowered by cell-to-cell variability in both initial conditions and slowly fluctuating global factors

98 on minimizing a nonlinear functional of the initial conditions and supposed period that is positive

99 hat the variability can depend highly on the initial conditions and the constraints placed on the pop

100 t the time-scale of this process varies with initial conditions and the growth rate functions.

101 can follow various pathways depending on the initial conditions and the potentials.

102 Indies, to constrain pre-eruptive subsurface initial conditions and to compare with our simulation re

103 mined in simulations with randomly generated initial conditions and transmission parameters.

104 mosome to the cell equator regardless of the initial conditions and uncertainty in velocity.

105 ulations of Pluto and Triton, using the same initial conditions and volatile inventory, but with the

106 Hall effect (PHE) measurements under various initial conditions and with various field-cooling orient

107 We demonstrate that in unforced models, initial conditions (and any uncertainty therein) play a

108 prepared a batch of crystals under the same initial conditions, and 50 of these crystals were analyz

109 Thus they are not overly sensitive to initial conditions, and damage does not readily spread t

110 trate the importance of choosing appropriate initial conditions, and define a new approach to distrib

111 , universal with respect to widely differing initial conditions, and predictable using statistical me

112 t decay to the fixed point depends highly on initial conditions, and the time scale over which the va

113 explanation, with long and short wavelength initial conditions, and the various physical and numeric

114 tributions are approximately Gaussian if the initial conditions are assumed to be so.

115 en it is not persistent, it follows that all initial conditions are prone to extinction due to pertur

116 hat the division of labor by worker ants and initial conditions are two important factors that determ

117 onstruction; and (c) sensitive dependence on initial conditions as evidenced by a positive Lyapunov e

118 periments using pressurized N(2) and similar initial conditions as in the scCO(2) study, showed littl

119 ve compounds, which were not detected at the initial conditions, as well as the decrease of some of t

120 To obtain initial conditions at reasonable densities, we extracted

121 1-4 years lead, suggesting the dominance of initial conditions at short leads.

122 k skill for TWS is significantly higher than initial conditions-based forecast skill over 25 and 31%

123 nd that under a general class of non-uniform initial conditions, Bcd can be eliminated from the syste

124 olutions and demonstrate how these depend on initial conditions, boundary conditions and model parame

125 During initial conditioning bouts, PPL1-gamma1pedc and PPL1-gam

126 erent models, each commencing from identical initial conditions but with a butterfly perturbation(24,

127 (prediction of its state starting from some initial conditions), but are too complicated for predict

128 an exhibit contrasting dynamics depending on initial conditions, but studies have been focused on sim

129 Here we present a set of single-impact initial conditions by which a large impactor can produce

130 onstructions, so that the problem of unknown initial conditions can be overcome.

131 ate can transit to every other state and any initial conditions can be specified.

132 x (VOR) had driven eye torsion out of LP, an initial condition causing the position and velocity doma

133 ng from quasi-one-dimensional nonequilibrium initial conditions, charge noise in the hydrodynamic reg

134 tions yielded 6-fold more tRNA(Trp) than the initial conditions, confirming the predictive value of t

135 how vowel shift occurs upon starting with an initial condition consisting of a majority pronunciation

136 and equilibration of a DPPC bilayer from an initial condition containing different numbers of lipids

137 emissions-trajectories, multiple-models and initial-conditions contribute to the challenge.

138 he sensitivity of the seed dispersal to this initial condition declined as the wind speed increased;

139 ctional ligand and monomeric proteins, given initial conditions defining the total concentration of b

140 These initial conditions depend on the amount of time that has

141 randomly throughout the scaffold, or from an initial condition designed to simulate the migration and

142 thermal ionic motions create a widespread of initial conditions, determine the distribution of inject

143 n large social networks (started from random initial conditions) determines whether they will end up

144 lutions when the influence of details of the initial conditions disappears but the solution is still

145 ization techniques are strongly sensitive to initial conditions due to high dimensionality and noncon

146 to decrease, the resistivity rebounds toward initial conditions due to the transition of bicarbonate

147 of assumptions made in the literature about initial conditions: either both the fungicide-sensitive

148 Results showed that different initial conditions elicited different dynamic responses

149 structure to minor changes in parameters or initial conditions enables a cell to respond to mechanic

150 Large initial condition ensembles of a climate model simulatio

151 Hence, generation of additional initial condition ensembles therefore no longer needs to

152 imate variability, captured through multiple initial condition ensembles, may be comparable to the va

153 However, we show that concatenating initial-condition ensembles results in reduction of hydr

154 unique dataset consisting of 30-member large initial-condition ensembles with five Earth System Model

155 ut) topologies are more robust to changes in initial conditions (environmental robustness).

156 th small fluctuations, despite variations in initial conditions, environmental perturbations, and int

157 this work, we evaluate the effects of model initial condition error and stochastic fluctuation on fo

158 Details of initial conditions, evolutionary pathways, phenotypes, a

159 tridiagonal Jacobian matrix, and hence every initial condition evolves to a steady state, but that th

160 We also show that model initial conditions extracted from FRAP postbleach intens

161 ted by the particles, displays memory of its initial conditions, fails to be self-similar, and has im

162 en hand and object and converged to a set of initial conditions followed by significantly decreased t

163 e the shortest closed geodesic, which is the initial condition for evolution of the neck's geodesics,

164 ionary state at the trial start serves as an initial condition for launching the non-stationary activ

165 ion in the healed state was then used as the initial condition for the remodeling phase during which

166 us in the early solar system, setting up the initial conditions for different evolutionary paths of p

167 quency vibrations generate a distribution of initial conditions for ET, which shows a broad variety o

168 Earth's core-mantle segregation set the initial conditions for its subsequent evolution.

169 early stage is important in establishing the initial conditions for momentum and energy transfer to t

170 We show that the turbulence sets the initial conditions for pinch-off, namely the initial bub

171 Initial conditions for studying the hydrolysis were very

172 can be programmed to guarantee reproducible initial conditions for the reaction at every fraction of

173 However, although the initial conditions for these early stages are determined

174 Biogeographic history can set initial conditions for vegetation community assemblages

175 model system, we first addressed whether the initial conditions for vocal output and its sequential s

176 Identical initial conditions generate similar sequences, whereas d

177 enerate similar sequences, whereas different initial conditions give rise to distinct sequences.

178 ns to chaos theory, including sensitivity to initial conditions, have caused the resulting variabilit

179 Thus, the initial condition hypothesis elucidates a view of the re

180 of population activity to frame and test an "initial condition hypothesis" of arm movement preparatio

181 e highlights the importance of the denatured initial condition in folding experiments and leads us to

182 he required muscle kinematics based on these initial conditions in a module-specific way.

183 Here, we studied these initial conditions in detail by investigating 1) the org

184 vastly different, which reflects the role of initial conditions in directing folding and collapse.

185 rtheless fundamentally distinct, because the initial conditions in each case are somewhat different.

186 daptation becomes much less sensitive to the initial conditions in genotype space.

187 ly heated up) showcases the critical role of initial conditions in relaxation processes.

188 tions to ensure reestablishment of identical initial conditions in the vicinity of the electrode surf

189 rolling for prior land use, environment, and initial conditions in these attributes.

190 als during their growth under a given set of initial conditions increases monotonically to a certain

191 finitesimal random perturbation to identical initial conditions induces vastly different initial ENSO

192 For large film caps, the memory of initial conditions is believed to be erased due to a vis

193 of a random effects panel probit model with initial conditions is estimated on the balanced sub-samp

194 e Cauchy problems having compactly supported initial conditions is performed.

195 d of the 21(st) century across climate model initial-condition large ensembles forced with a strong g

196 dless of dimensionality, and that structured initial conditions lead to increasing times to get close

197 i = 0.7820, while compressing with different initial conditions led to phi = 0.8230.

198 librium exists, people's preferences and the initial conditions may determine whether the disease wil

199 Accordingly, variation in initial conditions may explain divergent population resp

200 anges in cost and compensation values and to initial conditions may explain why populations of the sa

201 expanding with an edge speed independent of initial conditions, millimeter-scale epithelial monolaye

202 s, under the birth-death process and uniform initial conditions, most networks are known to be amplif

203 the set of basins has the Wada property and initial conditions near that boundary are even more unpr

204 ntration of either Na+ or K+ to 1.5M from an initial condition of approximately 0.008 M Na+ at 42 deg

205 a self-similar solution; they depend on the initial condition of the pre-self-similar solution.

206 However, the initial conditioning of one eye can facilitate subsequen

207 te of T cell differentiation is specified by initial conditions of activation or is actively maintain

208 he earliest black holes; this is because the initial conditions of black hole seed properties are qui

209 With initial conditions of permissive hypercapnia (Pa(CO(2))

210 ther deciduous or evergreen depending on the initial conditions of plant trait abundance (i.e., found

211 they do not show sensitive dependence on the initial conditions of the atmosphere.

212 limate variability involves, we hypothesize, initial conditions of the deep ocean state that are cons

213 eady state of the system is sensitive to the initial conditions of the dynamics of the system.

214 Anomalous diffusion is sensitive to the initial conditions of the measurement.

215 We show that the initial conditions of the polymer layer are a critical f

216 The initial conditions of the slowly moving inactivation var

217 (e.g., LTD instead of LTP), according to the initial conditions of the stimulated synapses, and can g

218 These data suggest that the initial conditions of the system do not necessarily dete

219 and its twenty-seven districts with varying initial conditions of tree cover to analyze the potentia

220 dimensional dynamics unfolding from specific initial conditions on every trial.

221 We demonstrate numerically the influence of initial conditions on the mixing rate.

222 tand the impact of the design space size and initial conditions on the optimized devices performance.

223 highly complex process that is sensitive to initial conditions, operates on a huge range of length-

224 ach apply Ward's method for the selection of initial conditions, optimize parameters of FCM algorithm

225 task fidelity) does not require any special initial conditions or reinforcement at the individual le

226 ration control that are robust to changes in initial conditions or total amounts.

227 Starting from random initial conditions over a given range, the model sets th

228 During a 4-wk initial conditioning period, children were exposed eithe

229 In an initial conditioning phase, seven spatial locations (con

230 With a single set of parameters, different initial conditions (prepatterns) can select between diff

231 science, we show that this minimal change in initial conditions prior to training leads to substantia

232 pacity of 85 mAh g(-1) at 1 A g(-1) after an initial conditioning process.

233 dation of deterministic modeling--start with initial conditions, put them into a supercomputer model,

234 2) If splenectomy is not included in the initial conditioning regimen, induction of B cell tolera

235 ine-seeking, but was capable of blocking the initial conditioned reinforcing properties of the cue an

236 t a permanent change involving large sets of initial conditions results from very small changes in pa

237 for prescribed values of the parameters and initial conditions reveals a tendency toward chaotic beh

238 reaction's transition state (TS), with their initial conditions sampled from the TS's 174 degrees C B

239 ust ensure that all the equations, including initial conditions, satisfy the pertinent thermodynamic

240 ary state that is largely independent of the initial conditions; scale-invariance of the final densit

241 ather in the weeks following the SSW through initial condition "scrambling" experiments using the rea

242 Irrespective to the initial conditions, several independent 6-ns simulations

243 The initial condition skill elasticity is higher than climat

244 After an initial conditioning step, the electrical characteristic

245 During the initial "conditioning" step, CD4(+)CD25(-)Foxp3(-) naive

246 specific manner in the same direction of the initial conditioning stimulation.

247 odels of spheres self-assembling from random initial conditions subject to convexity constraints, inc

248 ds in the reaction outcome upon changing the initial conditions, such as the catalysts amounts and ra

249 ion of El Nino therefore depends more on the initial conditions than on unpredictable atmospheric noi

250 In addition, we give a region of initial condition that leads to the extinction of two sp

251 Thus, motivational states specify initial conditions that determine how a brainwide dynami

252 edure is developed for estimating consistent initial conditions that insure uniqueness and stability

253 s of unpredictability and sensitivity to the initial conditions that may be dictated by the environme

254 al change by removing the averaging over the initial conditions that occurs in many cases.

255 he pathogen and preserve organ health, given initial conditions that otherwise would be lethal.

256 First, signaling gradients establish initial conditions that polarize the tissue, but there i

257 cal relaxation rates from all nonequilibrium initial conditions that relax to the same equilibrium st

258 f synaptic receptor numbers for a variety of initial conditions that simulate fluorescence recovery a

259 teins; the speed of response varies with the initial conditions the network is subjected to, which co

260 aspects of galaxy clustering that arise from initial conditions (the ripples) from the subsequent dyn

261 After the initial conditioning, the liking for both beverages incr

262 MEG revealed that, during phase-2 initial conditioning, the P1m, N1m, and P2m auditory com

263 Our model exhibits sensitive dependence on initial conditions, the hallmark signature of chaos, imp

264 From an ensemble of initial conditions, the most probable equilibrium orient

265 In particular, under certain initial conditions, the solutions of the model equations

266 Here we prove that for generic initial conditions, these are indeed the only possible o

267 y a complete independence of a wide class of initial conditions they evolved from.

268 size of the epidemic started from these two initial conditions through data-driven and synthetic sim

269 higher-order ice flow model and a realistic initial condition to simulate dynamic perturbations to t

270 irflow rates were used, as well as different initial conditions to account for random fluctuations of

271 analytic formulae that deterministically map initial conditions to final outcomes.

272 Identical initial conditions triggered a similar assembly sequence

273 By varying the initial conditions under which the clusters are formed,

274 Starting from our initial condition, we apply a time series of observation

275 evolve from a well-defined, but disordered, initial condition, we observe clear effects on pairing t

276 vestigation of sensitivity to parameters and initial conditions, we determine criteria for successful

277 For a broad range of initial conditions, we find a long-lived universal preth

278 Upon cooling from random initial conditions, we find that the cones self-assemble

279 ver a wide variety of parameter settings and initial conditions, we found that dynamic partner updati

280 ying exclusively on big data measurements of initial conditions, we should also acquire highly action

281 Clustering similar VPSs for different initial conditions, we show that coexisting attractors o

282 The large-scale initial conditions were derived from a global climate mo

283 roceeded along different paths even when the initial conditions were identical.

284 radients and their sensitivity to changes in initial conditions were investigated under static (nonfl

285 embership coefficients, even though the same initial conditions were used.

286 ASAH patients with poor initial condition (WFNS 4/5) were less likely to show Pa

287 the notion of survivability: Given a random initial condition, what is the likelihood that the trans

288 es act to eliminate the effects of different initial conditions, whereas the electrical synapses miti

289 motor cortex during preparation acts as an 'initial condition' which seeds the proceeding neural dyn

290 different behavioral responses from the same initial conditions, which highlights difficulties in usi

291 el projections are relatively insensitive to initial conditions, while uncertainty bounds obtained by

292 nd discordant P2 patterns occur depending on initial conditions with the discordant P2 patterns being

293 n initiating the system in an anti-symmetric initial condition, with respect to the symmetric sites,

294 Depending on the initial conditions, with increasing time it can display

295 rimentally to be viable over a wide range of initial conditions, with oscillating population ratio se

296 go by chance to either state from identical initial conditions, with the relative frequency of the o

297 a population can be caused by differences in initial conditions within the population, by variation o

298 viour is driven by a sensitive dependence on initial conditions within the vicinity of an unstable pe

299 t clusters form out of spatially homogeneous initial conditions without environmental variability, pr

300 om effects bivariate panel probit model with initial conditions (Wooldridge-type estimator) was adopt