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1 likelihood of the growth rate and leads to a maximum-likelihood estimate.
2 ethod relies on random effects modeling with maximum likelihood estimates.
3 od estimator of and numerical computation of maximum likelihood estimates.
4                           Excluding petites, maximum-likelihood estimates adjusted for the effect of
5 ubsampling bootstrap procedure to obtain the maximum likelihood estimates and confidence bounds for c
6 evelop the asymptotic variance-covariance of maximum likelihood estimates and evaluate the accuracy o
7                                              Maximum likelihood estimates conducted by multilocus lin
8 l cells were described by a model based on a maximum likelihood estimate for cellular damage, repair
9 , platform-independent program that computes maximum likelihood estimates for finite-mixture models,
10 seven diverse eukaryotic genomes and provide maximum likelihood estimates for rates and numbers of in
11                                              Maximum likelihood estimates for the duration of untreat
12 ect the rate of primary infection by using a maximum-likelihood estimate for a simpler model with no
13 e demonstrate this point by showing that the maximum-likelihood estimate for L produced by the method
14 ed expectation maximization to obtain robust maximum-likelihood estimates for insertion, deletion and
15 ndel rate, and the evolutionary time are all maximum likelihood estimated from the sequences being al
16                                          Our maximum-likelihood estimate indicates a rate of recombin
17 imate ages under the intermediate model, the maximum likelihood estimate is significantly less inflat
18 d zero theta values between populations, the maximum likelihood estimate is the same as that given by
19  the adverse events studied are rare and the maximum likelihood estimates may be biased.
20 , it gives an efficient way of obtaining the maximum-likelihood estimate (MLE) for a given tree topol
21                             The hierarchical maximum-likelihood estimate (MLE) is shown to be a more
22 etic markers, and so the distribution of the maximum-likelihood estimate (MLE) of QTL location has th
23 -locus sample configuration to have a finite maximum-likelihood estimate (MLE) of rho.
24                          GCHap quickly finds maximum likelihood estimates (MLEs) of frequencies of ha
25  the likelihood-ratio test statistic and the maximum-likelihood estimates (MLEs) of parameters includ
26                                          The maximum-likelihood estimates (MLEs) of the logistic regr
27                                              Maximum-likelihood estimates (MLEs) of the new model rev
28 cle we explore statistical properties of the maximum-likelihood estimates (MLEs) of the selection and
29 th, are diagnostic metrics of SLS: i.e., the maximum likelihood estimate of the area under the receiv
30                                          The maximum likelihood estimate of the characteristic lifeti
31 vidual genotype or sequence data to obtain a maximum likelihood estimate of the global admixture prop
32                       The program provides a maximum likelihood estimate of the rate and also the ass
33 tool for the program STELLS, which finds the maximum likelihood estimate of the species tree from the
34  as sample SNPs leads to large errors in the maximum likelihood estimate of Theta.
35 o extend the gene counting method to compute maximum likelihood estimates of allele frequencies for s
36 n-maximization (EM) algorithm for generating maximum likelihood estimates of gametic frequencies from
37 n intraclass correlations (ICCs) and using a maximum likelihood estimates of genetic variance were ca
38            We develop a method for obtaining maximum likelihood estimates of haplotype frequencies fo
39 n all pedigrees by nonparametric methods and maximum likelihood estimates of identity by descent shar
40                                              Maximum likelihood estimates of model parameters are obt
41                                        Using maximum likelihood estimates of nonsynonymous/synonymous
42 regression procedures were used to calculate maximum likelihood estimates of odds ratios and 95% conf
43 arge datasets since they involve calculating maximum likelihood estimates of pairwise evolutionary di
44 ew software tool, RelateAdmix, for obtaining maximum likelihood estimates of pairwise relatedness fro
45 r, this model produced increasingly variable maximum likelihood estimates of parameters as prevalence
46                Algorithmic details to obtain maximum likelihood estimates of parameters on a large ph
47                                  We obtained maximum likelihood estimates of the common national effe
48    Algorithms are presented that provide the maximum likelihood estimates of the distribution's param
49 d using the neighbor joining method based on maximum likelihood estimates of the evolutionary distanc
50 ully sequenced eukaryotic genomes to provide maximum likelihood estimates of the number of introns pr
51        Our simulations show that ADMIXTURE's maximum likelihood estimates of the underlying admixture
52 moother technique iteratively calculates the maximum-likelihood estimate of Greenland ice sheet (GIS)
53                                            A maximum-likelihood estimate of the age of the allele is
54              We apply the method to obtain a maximum-likelihood estimate of the rate of recombination
55                                          The maximum-likelihood estimate of the ti/tv ratio changes w
56 ates based on random topologies, whereas the maximum-likelihood estimate of Ts/Tv based on the well-c
57          The computational methods generated maximum-likelihood estimates of allele-level haplotypes.
58 to investigate the statistical properties of maximum-likelihood estimates of demographic parameters.
59                                              Maximum-likelihood estimates of nonsynonymous substituti
60 e we study the statistical properties of the maximum-likelihood estimates of omega and d in pairwise
61 ort blocks gives an efficient way to compute maximum-likelihood estimates of parameters.
62                                 We find that maximum-likelihood estimates of parametric statistics sh
63 ectation maximization algorithm to calculate maximum-likelihood estimates of sharing (subject to user
64 expected Markov counting (EMC) that produces maximum-likelihood estimates of substitution counts for
65 provided analytical tools for predicting the maximum-likelihood estimates of the model parameters.
66 ic EM algorithm is implemented to obtain the maximum-likelihood estimates of the Poisson parameters t
67 ber of nonrecombining blocks, we can compute maximum-likelihood estimates of the time and strength of
68 w this problem can be corrected by obtaining maximum-likelihood estimates of the true allele frequenc
69 on test is described for situations in which maximum-likelihood estimates of the variance components
70         Numerical methods are used to derive maximum-likelihood estimates of the variance components,
71  calculating confidence intervals around the maximum likelihood estimate, our model can both provide
72 iants of the method with each other and with maximum-likelihood estimates provided by the SAGE comput
73                                         AUC (maximum likelihood estimate +/- standard error) values i
74                                              Maximum likelihood estimates suggest that selection inte
75 ture models used robust and full information maximum likelihood estimates to account for missing data
76 ence of the condition and some properties of maximum likelihood estimates to obtain an expression for
77 anscripts to which they are mapped and finds maximum likelihood estimates using a joint Poisson model
78 family-based Markov model was developed, and maximum likelihood estimates were produced for model par
79                                              Maximum likelihood estimates were used to assess minimum

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