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1 t is invasive, and results are vulnerable to sampling error.
2 ssessment of the entire liver, thus avoiding sampling error.
3 and attempt to describe modelling as well as sampling error.
4 ents but it is invasive, costly and prone to sampling error.
5 cceptability to relatives, but risks greater sampling error.
6 nty intervals that indicate sampling and non-sampling error.
7 hich are invasive, expensive, and subject to sampling error.
8 , before it enters an absorbing state due to sampling error.
9 s, and assessment is subjective and prone to sampling error.
10 opsy and lavage often subject to problems of sampling error.
11 ific counts and is markedly robust to severe sampling error.
12 ith other introduced North American pines or sampling error.
13 t is limited by invasiveness, high cost, and sampling error.
14 piration (FNA) of lung lesions is subject to sampling errors.
15 imprecision than expected under pure Poisson sampling errors.
16 vity require biopsy samples and are prone to sampling errors.
17 hich is not only invasive, but also prone to sampling errors.
18 nd we used synaptic size data to correct for sampling errors.
19 racy, and mitigating dishonest responses and sampling errors.
20 a vs those who did not, after accounting for sampling errors.
21 assess diagnostic workflow and reduce biopsy sampling errors.
22 but it is an invasive procedure and prone to sampling errors.
23 ralesional heterogeneity resulting in biopsy sampling errors.
24  16.1% of the variation, and statistical and sampling error accounted for 38.5% of the variation.
25 tures uncertainty caused by sampling and non-sampling error across data types.
26 typically minimal, compared with that due to sampling error alone, for population samples up to 1000.
27 for quantitative imaging protocols, temporal sampling error analysis techniques and selected calculat
28                The combined effect of severe sampling error and age- or stage-specific counts leads t
29 timates for each measurement, capturing both sampling error and consistency between replicates.
30         We point out the relative impacts of sampling error and estimation error, calling attention t
31 pecific for CNI toxicity but are affected by sampling error and limited reproducibility.
32 conducted to reduce the potential effects of sampling error and methodological differences in data ac
33 rosis markers avoid biopsy complications and sampling error and provide results as a continuous varia
34 quires an invasive procedure and is prone to sampling error and reader variability.
35            However, given the possibility of sampling error and the nature of breast disease, close m
36 t, particularly in view of biopsy-associated sampling errors and heterogeneous receptor expression in
37 iginal sample, thereby producing significant sampling errors and potentially erroneous conclusions.
38 r-intensive and fraught with variability and sampling error, and are not quantitative.
39 luding the invasive nature of the procedure, sampling error, and interobserver variability.
40 trict, working [strict conditioned by tissue sampling error], applied [working conditioned by concord
41 80%, which suggests that the measurement and sampling errors are about 20%, which is a reasonable val
42                              We suggest that sampling errors are principally the result of inaccuraci
43  suspension serially is prone to statistical sampling errors as the cell suspension becomes more dilu
44 al survey error) comprising sampling and non-sampling error, both of which must be considered when in
45  the chronology of extinctions suggests that sampling error can explain the absence of terminal Pleis
46 e patchy nature of dysplasia, which leads to sampling error caused by insufficient biopsy by endoscop
47        This paper examines the impact of the sampling error caused by the small size of the focused l
48 igibility did not account for the effects of sampling error, clustering, and stratification; 62 (54.4
49 gain and loss, pervasive secondary loss, and sampling error collectively render microRNA-based infere
50 which thus limits the CNV sensitivity due to sampling error following Poisson distribution.
51 have separated the analytical error from the sampling error for the target compounds.
52  sapphire substrate to minimize experimental sampling errors for a set of 144 pattern arrays with cir
53 d from weak signals and can be attributed to sampling error from specimens with low concentrations (<
54     Second, enforcing sparsity helps prevent sampling errors from swamping out the true signal in hig
55 the pronounced accuracy of EM estimates once sampling error has been accounted for.
56 ion problem, (ii) estimating the effect that sampling error has on the satisfiability of conditional
57 with weights averaging >0.8 and those due to sampling error (i.e., erroneous breaks) with weights ave
58 ions randomly distributed across cells), and sampling error (i.e., Poisson noise).
59 alysis with a small laser spot can lead to a sampling error (i.e., undersampling) much like that foun
60 rrow involvement (BMI) can be low because of sampling error if the BMI is focal and not diffuse.
61  and bias are the most common sources of non-sampling error in household survey estimates and we reco
62                                              Sampling error in sequential biopsy samples was frequent
63            Second, there is no adjustment of sampling error in the application of the z-factor for qu
64            Second, there is no adjustment of sampling error in the application of the Z-factor for qu
65     However, liver biopsy is associated with sampling error, interobserver variability, and potential
66 nges and complications still exist including sampling error, interobserver variability, bleeding, art
67 ug selection, non-drug-related evolution, or sampling error introduced by the sequencing process.
68                            The potential for sampling error is a concern.
69 contrast, the direction and magnitude of non-sampling error is almost always unmeasurable, and theref
70                                              Sampling error is usually thought of as the precision of
71 ed risks, including bleeding, infection, and sampling errors, limit its utility.
72         Mechanisms other than pathologic SLN sampling error may contribute to the failure of the SLN
73                                              Sampling error may contribute to the lack of outcome dif
74 stribution of neurons in the ganglion led to sampling errors of up to 50%.
75 era from this time interval is the result of sampling error or temporally staggered extinctions is un
76 ry is performed for lesions with anticipated sampling error or when CNB findings are discordant with
77 he three organisms are unlikely to be due to sampling errors or any potential bias in the methods use
78                          These are caused by sampling error, sequencing error, nonuniqueness, and non
79  5% for the analytical error and 20% for the sampling error, suggesting that the latter is the greate
80 ial milieu while overcoming the challenge of sampling error that plagues conventional brain biopsy.
81 f statistical convergence reveals systematic sampling errors that correlate with reorganization of th
82                         After accounting for sampling error, the directions of viability (positive) a
83 or intra-tumoural heterogeneity to introduce sampling errors, the adequacy of this approach is undete
84 regression with adjustments for bias and non-sampling error to synthesise the data for under-5 mortal
85                          The contribution of sampling error to the measurement is delineated first by
86 at individual markers, and is susceptible to sampling error, typing error and joint selection involvi
87 ities) is confounded by the addition of high sampling error variation.
88                             The influence of sampling error was tested by re-sampling with different
89 e estimator that corrects for sequencing and sampling errors was applied to a SAGE library (137 832 t
90  The standardised mean differences (SMD) and sampling errors were calculated for effect size estimati
91                                   Acceptable sampling errors were set in consultation with government
92 s, and observations that were subject to non-sampling errors, were included in the model.
93 of viral molecular adaptation by considering sampling error when computing nucleotide site-frequencie
94 atical models are highly sensitive to slight sampling errors when inferring mean ancestry proportions
95 g, this method can suffer from heterogeneous sampling errors when interrogating large burn areas.
96 nce early upgrading likely represent initial sampling error, whereas later upgrading may reflect tumo
97  Tissue sampling by biopsy may be limited by sampling error, whereas non-invasive imaging can evaluat
98 rs, noting that much of this error is due to sampling error, which is inherent in all studies, even w
99   The latter has some risks and potential of sampling error with a single biopsy.
100 neously, thus accounting for uncertainty and sampling error within a unified framework.