Feingold et al. 2012 [17]
|
As for study
|
Observational: case-control
|
The Netherlands
|
2008–2011
|
87
|
NR
|
Multivariable approaches to dichotomous data with no fixed or random effects: logistic regression
|
Schiffman et al. 2005 [34]
|
As for study
|
Experimental (laboratory)
|
USA
|
NR
|
48
|
19–49 years
|
Multivariable approaches to categorical data with fixed and/or random effects: logistic regression/generalized linear model with logit link
|
Multivariable approaches to continuous outcomes with fixed and/or random effects
|
The Netherlands study
|
Smit et al. 2014 [16]
|
Observational: cross-sectional
|
The Netherlands
|
2009
|
92,548
|
0–70 years
|
Multivariable approaches to categorical data with fixed and/or random effects: logistic regression/generalized linear model with logit link
|
Smit et al. 2012 [19]
|
Observational: cross-sectional
|
The Netherlands
|
2009
|
92,548
|
0–70 years
|
Univariate approaches to categorical data: chi-square tests
|
Multivariable approaches to categorical data with fixed and/or random effects: logistic regression/generalized linear model with logit link
|
Lower Saxony Lung Study
|
Schulze et al. 2011 [10]
|
Observational: cross-sectional
|
Germany
|
2002–2006
|
457
|
18–44 years
|
Multivariable approaches to dichotomous data with no fixed or random effects: logistic regression
|
Multivariable approaches to continuous data with no fixed or random effects: linear regression
|
Radon et al. 2007 [13]
|
Observational: cross-sectional
|
Germany
|
2002–2004
|
2425
|
18–45 years
|
Multivariable approaches to categorical data with fixed and/or random effects: logistic regression/generalized linear model with logit link
|
Radon et al. 2005 [20]
|
Observational: cross-sectional
|
Germany
|
NR
|
6837 (questionnaire), 2812 (clinical assessment)
|
18–44 years
|
Multivariable approaches to categorical data with fixed and/or random effects: logistic regression/generalized linear model with logit link
|
AABEL Study
|
Hoopmann et al. 2006 [11]
|
Observational: cross-sectional
|
Germany
|
2001
|
7943 (questionnaires), 5136 (skin exam), 1552 (Phadiatop test)
|
5–6 years
|
Multivariable approaches to categorical data with fixed and/or random effects: logistic regression/generalized linear model with logit link
|
Schinasi et al. 2014 [18]
|
As for study
|
Observational: case-control
|
USA
|
2011
|
121 MRSA-positive patients and 122 MRSA-negative patients
|
18–65 years
|
Multivariable approaches to categorical data with fixed and/or random effects: logistic regression/generalized linear model with logit link
|
Mirabelli et al. 2006 [14]
|
As for study
|
Observational: cross-sectional
|
USA
|
2004
|
128,568
|
12–14 years
|
Multivariable approaches to categorical data with fixed and/or random effects: logistic regression/generalized linear model with logit link
|
Bullers 2005 [7]
|
As for study
|
Observational: cross-sectional
|
USA
|
1998–1999
|
82 (48 exposed, 34 unexposed)
|
Mean 57 years (exposed); mean 42 years (unexposed)
|
Univariable approaches to continuous outcomes (t test, ANOVA)
|
Schiffman et al. 1995 [35]
|
As for study
|
Observational: cohort
|
USA
|
NR
|
88
|
52 ± 13 years
|
Univariable approaches to continuous outcomes (t test, ANOVA)
|
CHEIHO Study
|
Avery et al. 2004 [21]
|
Observational: cross-sectional
|
USA
|
NR
|
15
|
33–77 years
|
Multivariable approaches to continuous outcomes with fixed and/or random effects
|
Schinasi et al. 2011 [8]
|
Observational: cohort
|
USA
|
2003–2005
|
101
|
19–90 years
|
Univariable approaches to continuous outcomes (t test, ANOVA)
|
Horton et al. 2009 [9]
|
Observational: cohort
|
USA
|
2003–2005
|
101
|
19.2–89.5 y
|
Multivariable approaches to categorical data with fixed and/or random effects: logistic regression/generalized linear model with logit link
|
Wing et al. 2013 [22]
|
Observational: cohort
|
USA
|
2003–2005
|
101
|
Median 53 years
|
Multivariable approaches to categorical data with fixed and/or random effects: logistic regression/generalized linear model with logit link
|