1 Close-ended questions were analyzed with
descriptive statistics.
2 Data were summarized by using
descriptive statistics.
3 tistic and by using response frequencies and
descriptive statistics.
4 tigen) and all-cause non-S. aureus CAP using
descriptive statistics.
5 n baseline and follow-up was performed using
descriptive statistics.
6 outcomes were analyzed and reported by using
descriptive statistics.
7 etween the groups by use of Kaplan-Meier and
descriptive statistics.
8 days, 60 days, and 90 days before death, by
descriptive statistics.
9 Data were compiled using
descriptive statistics.
10 Safety and tolerability were analysed using
descriptive statistics.
11 The survey data collected were analyzed with
descriptive statistics.
12 The analysis employed
descriptive statistics.
13 ummarized within diagnostic categories using
descriptive statistics.
14 on Questionnaire scores were summarized with
descriptive statistics.
15 d work-up recommendations were analyzed with
descriptive statistics.
16 Results were analyzed by using
descriptive statistics.
17 A combination of
descriptive statistics,
analysis of variance, and t test
18 oups was 1.6 (95% CI 1.4-1.9; p<0.0001) with
descriptive statistics and 1.7 (1.2-2.1; p<0.0001) with
19 Descriptive statistics and 2-factorial analysis of covar
20 Descriptive statistics and 95% confidence intervals (CIs
21 Measures were compared using
descriptive statistics and a median regression model, ad
22 Descriptive statistics and a mixed-effects model were us
23 Descriptive statistics and areas under the receiver oper
24 The results were analyzed by
descriptive statistics and chi-square test.
25 Analyses included
descriptive statistics and chi-square tests.
26 Analyses included
descriptive statistics and Cox proportional hazards mode
27 Descriptive statistics and exact 95% confidence interval
28 We analyzed errors/AEs using
descriptive statistics and explored predictors of parent
29 tistics; therefore, data were analysed using
descriptive statistics and graphic analysis.
30 Data were analysed with
descriptive statistics and in the intention-to-treat pop
31 Descriptive statistics and intraclass correlation coeffi
32 and selective analysis, will give distorted
descriptive statistics and invalid statistical inference
33 It supports a larger set of
descriptive statistics and is applicable to a wider rang
34 Descriptive statistics and Kaplan-Meier analysis of over
35 Descriptive statistics and Kaplan-Meier analysis was per
36 tcome variables were assessed using standard
descriptive statistics and Kaplan-Meier survival analyse
37 Descriptive statistics and linear [Spearman rank-order (
38 Descriptive statistics and logistic regression analyses
39 Descriptive statistics and logistic regression analyses
40 Descriptive statistics and logistic regression analyses
41 Descriptive statistics and logistic regression analysis
42 Descriptive statistics and logistic regression models we
43 Descriptive statistics and logistic regression were used
44 Descriptive statistics and logistic regression were used
45 ime intervals were derived and analyzed with
descriptive statistics and logistic regression.
46 Descriptive statistics and logistic regressions were per
47 Descriptive statistics and MANOVA analysis were used, wi
48 or differential protein abundance along with
descriptive statistics and measures of reliability of th
49 Data were analyzed by
descriptive statistics and methods from survival analysi
50 Descriptive statistics and mixed models analyses assesse
51 Analyses included
descriptive statistics and multilevel logistic regressio
52 Descriptive statistics and multinomial logistic regressi
53 Analysis included
descriptive statistics and multiple regression.
54 ics with and without SPS were compared using
descriptive statistics and multivariable logistic regres
55 treatment response and adverse events using
descriptive statistics and multivariable logistic regres
56 Descriptive statistics and multivariable modeling were e
57 We used
descriptive statistics and multivariate analyses, includ
58 Descriptive statistics and multivariate logistic regress
59 Data analyses included
descriptive statistics and multivariate random intercept
60 Descriptive statistics and nonparametric comparisons wer
61 Descriptive statistics and odds ratios (ORs) were used t
62 Descriptive statistics and regression analyses were used
63 for a diverse sample of nations, and employ
descriptive statistics and rigorous panel regression mod
64 Statistical analysis consisted of
descriptive statistics and Spearman correlation analysis
65 Initial data analyses relied on
descriptive statistics and stratified analyses.
66 Data were analyzed using
descriptive statistics and supplemented with Bayesian or
67 ance was evaluated by kappa coefficient, and
descriptive statistics and t test were used for statisti
68 By using
descriptive statistics and weighted linear regression, a
69 sis, using cDNA microarrays, inferential and
descriptive statistics,
and dynamic mapping of gene expr
70 iatric patient populations, the development,
descriptive statistics,
and test-retest reliability of cr
71 Descriptive statistics are employed.
72 28/50 (56%) required mechanical ventilation.
Descriptive statistics are presented as mean +/- standar
73 Descriptive statistics are presented.
74 Baseline results, based on
descriptive statistics are reported.
75 Descriptive statistics as well as unadjusted and risk-ad
76 Descriptive statistics,
bivariate correlation, and logis
77 Statistical analysis included
descriptive statistics,
calculation of concordance, McNe
78 Analyses using
descriptive statistics,
chi(2) tests, and logistic regre
79 Descriptive statistics,
correlation analyses, and surviv
80 have studied these interactions using purely
descriptive statistics (
cross-correlograms or joint peri
81 Results were analysed using
descriptive statistics (
dendrograms and PCA).
82 Descriptive statistics (
e.g., means, proportions) were u
83 Descriptive statistics examined patient characteristics.
84 Results were analyzed by
descriptive statistics followed by generalized estimatin
85 We calculated
descriptive statistics for abstracted cases and conducte
86 We calculated
descriptive statistics for all variables.
87 ludes gene summaries for replicate spots and
descriptive statistics for each experiment.
88 g baseline characteristics were presented by
descriptive statistics for patients with an identified c
89 Descriptive statistics for staging and kappa statistics
90 After calculating
descriptive statistics for the sample, the authors devel
91 uring agonistic interactions; (ii) calculate
descriptive statistics for these behaviors; and (iii) id
92 Together with
descriptive statistics,
for each of the outcome variable
93 Using
descriptive statistics,
generalized estimating, and logi
94 Descriptive statistics,
hypothesis testing, and regressi
95 Descriptive statistics,
incidence rates, Kaplan-Meier su
96 Descriptive statistics,
including average and standard d
97 DIvol values were created for each year, and
descriptive statistics,
including mean, median, and 75th
98 ge, two observers measured alpha angles, and
descriptive statistics,
including mean, standard deviati
99 Descriptive statistics indicated the sonic brush group h
100 Using spatial
descriptive statistics it was found that the drug was ra
101 Item
descriptive statistics,
item convergent and discriminant
102 Descriptive statistics,
linear mixed-effects models, and
103 of total ICU charges and analyzed by simple
descriptive statistics (
mean +/- sd).
104 Outcomes were presented as raw data and
descriptive statistics (
means +/- standard deviations).
105 Descriptive statistics (
means, medians, standard deviati
106 Following preliminary
descriptive statistics,
multiple logistic and linear reg
107 We performed
descriptive statistics,
multivariate logistic regression
108 tained were tested statistically by means of
descriptive statistics,
non-paired t-test, Mann-Whitney
109 Statistical analyses included
descriptive statistics,
normality test, and a multicompa
110 We show that
descriptive statistics of distance distribution, such as
111 of possible substitution patterns and simple
descriptive statistics of the distribution are thus obta
112 Descriptive statistics,
paired and multiple group compar
113 ikelihood approaches and were compared using
descriptive statistics,
Pearson correlation coefficients
114 The
descriptive statistics proposed include the fraction of
115 Additionally,
descriptive statistics regarding the number of Operation
116 ability of these MR imaging measurements and
descriptive statistics representative of the general pop
117 hroughout the entire 6-month healing period,
descriptive statistics revealed no significant time or g
118 Descriptive statistics revealed that 590 (37%) participa
119 Descriptive statistics show that LD decays much faster i
120 Descriptive statistics,
significance tests, Cronbach's a
121 Descriptive statistics,
simple correlation, and stepwise
122 Descriptive statistics,
Spearman correlation coefficient
123 Descriptive statistics,
Spearman correlation, analysis o
124 ting with various symptoms was analysed with
descriptive statistics,
stratified by mutation type.
125 Descriptive statistics,
such as frequencies, means, SDs,
126 Descriptive statistics summarised the sample and survey
127 Descriptive statistics summarized principal findings, an
128 We used
descriptive statistics,
survival analysis, and pooled lo
129 Descriptive statistics,
t tests, and regression analyses
130 Descriptive statistics,
t tests, and regression analyses
131 This article proposes several
descriptive statistics that quantify the extent and patt
132 er delayed radical prostatectomy (RP), using
descriptive statistics,
the Kaplan-Meier method, and mul
133 keratinized tissue (KT) were analyzed using
descriptive statistics,
the paired t test, McNemar test,
134 We used
descriptive statistics to analyse the data collected dur
135 We used
descriptive statistics to assess whether the prevalence
136 Analyses included
descriptive statistics to characterize measurement chara
137 We used
descriptive statistics to describe trends in drug shorta
138 Pearson product moment correlation (r ) and
descriptive statistics to evaluate retrospectively the r
139 Using
descriptive statistics,
trend tests and spatial prioriti
140 Descriptive statistics,
univariate and multivariate mixe
141 Descriptive statistics,
univariate correlations, and ste
142 Descriptive statistics was used for statistical analysis
143 In addition to basic
descriptive statistics,
we estimated Poisson regression
144 t baseline and 1-year follow-up, we compared
descriptive statistics,
weight status prevalence, and BI
145 Descriptive statistics were calculated for cases and con
146 ost prevalent diagnoses were determined, and
descriptive statistics were calculated for demographics
147 Descriptive statistics were calculated for the total sam
148 Descriptive statistics were calculated to describe ratin
149 Descriptive statistics were calculated, followed by biva
150 Descriptive statistics were calculated.
151 Descriptive statistics were calculated.
152 Descriptive statistics were compiled for the subsample o
153 Descriptive statistics were completed along with multiva
154 Descriptive statistics were computed for all factors.
155 Descriptive statistics were computed for all variables.
156 Descriptive statistics were computed, and a one-way rand
157 Survey data were analyzed and
descriptive statistics were determined.
158 Descriptive statistics were expressed as mean +/- SD.
159 By using statistics software,
descriptive statistics were generated with 95% confidenc
160 Descriptive statistics were generated, and 95% confidenc
161 Descriptive statistics were performed.
162 Descriptive statistics were presented as means or freque
163 Descriptive statistics were the following: core, x = 37.
164 Descriptive statistics were used (means, standard deviat
165 Descriptive statistics were used for comparison to NHANE
166 Descriptive statistics were used for continuous variable
167 Descriptive statistics were used for individual items, a
168 Descriptive statistics were used to analyze dose indexes
169 Descriptive statistics were used to characterize the pat
170 Descriptive statistics were used to characterize the pat
171 aplan-Meier estimates of median survival and
descriptive statistics were used to compare patient and
172 Descriptive statistics were used to define patient chara
173 Descriptive statistics were used to describe the socio-d
174 fficient, coefficient of variation (CV), and
descriptive statistics were used to determine the levels
175 Descriptive statistics were used to evaluate agreement a
176 Descriptive statistics were used to summarize sleep/wake
177 Descriptive statistics were used to summarize the popula
178 Descriptive statistics were used to summarize the result
179 Descriptive statistics were used.
180 Descriptive statistics were used.
181 The metabolomic profiles were compared using
descriptive statistics which indicated that key primary