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1          The distribution of reopening times was best fitted as the sum of two exponential components
2                        Seizure duration data were best fit as the sum of two exponential distribution
3  of channel block and found that our results were best fitted assuming that only one Ag+ ion need bin
4 eptide concentrations, the FA titration data are best fit by a model in which the D2R peptide binds t
5                                These results are best fit by a multiple-pathway kinetic model when U
6 ibrium sedimentation data on crm45 at pH 5.0 are best fit by a single species with a mass of 1000 +/-
7                 The solution scattering data are best fit by an ensemble of structures that includes
8  Our tree topology and divergence times also are best fit by diversification models in which Northern
9                   The predicted contact data are best fit by modeling hZIP4 as a dimer.
10                                     The data are best fit by modeling the surface layer as a two-dime
11                                     Fe EXAFS are best fit by one Fe-S at 2.36 A and five Fe-N/O at an
12                                     Fe EXAFS are best fit by one Fe-S at 2.37 A and four Fe-N/O at an
13      Time courses of myo1c-tail dissociation are best fit by two exponential rates: a fast component
14 be approximated by a power law, but the data are best fitted by a Waring distribution for all time de
15                               The field data are best fitted by an electrically anisotropic asthenosp
16 3 </= N </= 5, peregrine attack trajectories are best fitted by lower navigation constants (median N
17 urality of modern vertebrate clades examined are best fitted by pulsed processes over models of incre
18 s from 14 continuous sites across the region are best-fit by interseismic strain accumulation on the
19 a for all three artificial gecko pigments to be best fit by two-exponential processes.
20 f A and V were seen to co-vary with the data being best fit by the equation V=0.86+2.65A (linear regr
21 orescence increase for each of these mutants is best fit by a double-exponential function indicating
22 f E-imine product, monitored simultaneously, is best fit by a process involving wall-associated water
23 azepam, and the other has a decay phase that is best fit by a sum of two exponential functions (tau(f
24 ynchronously rotating triaxial ellipsoid but is best fit by such a body orbiting closer to Saturn tha
25  coefficient as a function of polymer weight is best fitted by a "compressed exponential" with the co
26 t order kinetics, the 53BP1 MPL-DSB response is best fitted by a Gompertz growth function.
27                                     The kcat was best fit by 22.3 +/- 4.9 min(-1), the Km for ATP by
28                               Duration of FS was best fit by a 2-component mixture exponential model.
29                        Each of the data sets was best fit by a model of simple competition between a
30                     Clearance of all factors was best fit by a two-compartment pharmacokinetic model
31                                      Binding was best fit by an interconverting two-receptor state mo
32 entration, determined in mixing experiments, was best fit by two Tar aspartate-binding sites.
33                    In P25 mice, deactivation was best fitted by a single exponential (tau(fast) = 46.
34 in response due to desensitization ('onset') was best fitted by the sum of two exponentials with the
35                                 Closed times were best fit by a double-exponential function, suggesti
36                                     The data were best fit by a model in which the two domains either
37 rbamate (HDTX) metabolite biliary excretion, were best fit by a two compartment model, with both line
38 ontrast, histograms from contracting muscles were best fit by at least two Gaussians.
39 and autosomal recessive models, and the data were best fit by either a dominant or codominant model.
40 ng small-angle scattering intensity profiles were best fit by models of the heavy meromyosin head-tai
41 g II effect showed that open-time histograms were best fit by two exponential functions.
42 easurements on the peptide Ac-WAAAH(+)-NH(2) were best fit by two relaxation modes on the approximate
43                                         Data were best fit by two-exponential components with a small
44                         Degradation kinetics were best fitted by first-order reaction models for both
45                The closed-time distributions were best fitted by five exponential components.
46 bility of containing only one active channel were best fitted by five exponential functions; the appa
47 ontractions, 93% of the firing rate profiles were best fitted by rising exponential functions.
48 uency distribution histograms of open events were best fitted by the sum of two exponential component
49  on which greenhouse gas mitigation measures are best fit for their regions.
50                         The change at 315 nm is best fit for a single deprotonation event, giving pK(
51 ide polymorphism data, we show that the data are best fitted if the mutation bias is assumed to be co
52 and dihedral angles, and the X-ray structure is best-fitted onto a face-centered cubic lattice.
53              However, infrared kinetics data are best fit to a biexponential function with relaxation
54 pathways, since the k(obs) vs [olefin] plots are best fitted to k(obs) = k(D).k(4)/k(-D).[olefin]/(1
55 d with increasing concentration of inhibitor is best fit to a function that suggests three SNARE comp
56 the time-dependent ORD signal at 230 nm that is best fit to a single-exponential decay with a time co
57  the nitroxide diradicals at low temperature is best fit to the model of one-dimensional S = 1 Heisen
58  SsuD and FMNH2 mixed with oxygenated buffer was best fit to a double exponential with no observed fo
59 ellar membranes with imidazobenzodiazepine 9 was best fitted to a single population of sites with an
60 rption data collected from these experiments were best fit to a 1:1 Pb2+ -CF model and a 2:1 Pb2+ -DF
61 folding and refolding of WT betaA3 with urea were best fit to a three-state model with transition mid
62 um unfolding transitions of the tsf variants were best fit to a three-state model, N if I if U, where
63 ta across different substrate concentrations were best fit to the sigmoidal Hill equation, with a K(0
64       Residue data during the drying process were best fitted to 1st+1st order rate kinetics with hal
65                        The experimental data were best fitted to a high order process characterized b
66 CH, dihydroxy-TBECH, and monohydroxy-TriBECH were best fitted to a Michaelis-Menten enzyme kinetic mo
67        (11)C-laniquidar time-activity curves were best fitted to an irreversible single-tissue compar
68  days), and equilibrium adsorption isotherms are best fit using the Freundlich model.
69 ical imaging, they find that LFP selectivity is best fit using signals within 250 microm of the recor
70                                     The data were best fit using a symmetric top model, confirming th
71 X-ray absorption fine structure (EXAFS) data are best fit with oxygen/nitrogen ligands and reveal a C
72 xtended x-ray absorption fine structure data are best fit with oxygennitrogen ligands and a 2.57-A Cu
73               XANES analysis of this complex is best fit with a five-coordinate metal and, given the
74    Longitudinal SEQ in the mild/no ROP group was best fit with a linear model, with a rate of -0.004
75  or "not toy." Activation in the hippocampus was best fit with a power function, consistent with pred
76     The Ca(2+) dependence of hIK1 activation was best fit with a stimulatory constant (K(s)) of 350 n
77 tion for neurons isolated from immature rats was best fitted with a Gaussian distribution with a mean
78 .2 which is expressed independently of SUR1) was best fitted with a single, low-affinity site (Ki = 1
79 bution for neurons isolated from mature rats was best fitted with the sum of two Gaussian distributio
80     Longitudinal SEQ in the severe ROP group were best fit with a bilinear model.
81 ein B, the kinetics of Hdinitrosyl formation were best fit with a biphasic A --> B --> C model, indic
82        Isotherms of all dispersion scenarios were best fit with the Dubinin-Ashthakov model.
83                        SARA progression data were best fitted with a linear model in all genotypes.
84 ivity generated shut-time distributions that were best fitted with a mixture of five and six exponent
85 th, distributions of super-cluster durations were best fitted with a mixture of six exponential compo
86 al-binding domains, the data for domains 1-6 were best fitted with a single site model.
87                             The soil spectra were best fitted with linear combinations of reference s
88 or the descending phases of the contractions were best fitted with linear functions for both control
89 h stimulation, however, firing rate profiles were best fitted with linear functions or with less stee
90 ow agonist concentrations (0.01-0.03 microM) were best fitted with three exponential components.

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