a<p>Model: If the <i>Q-</i>statistic was significant (<i>P</i><0.01), we selected random effects model for a meta-analysis, otherwise we selected fixed effects model.</p>b<p><i>OR</i> = Combined odds ratio.</p
<p>Direction: RA is risk allele. The odds ratio (OR) is presented for the risk allele, compared with...
<p>Chr: Chromosome; BP: Physical Position (Base Pair, NCBI 36.3/Hg18); A1: Allele 1 (Affected); A2: ...
<p>Meta-analysis with a random-effects model for the association between the risk of cancer and the ...
a<p>Model: If the <i>Q-</i>statistic was significant (P<0.01), we selected random effects model for ...
a<p>Model: If the <i>Q-</i>statistic was significant (P<0.01), we selected random effects model for ...
<p>RF+: RF positive; RF-: RF negative; CPP+: anti-CCP positive; CPP-: anti-CCP negative.</p>a<p>Mode...
<p>Random-effects (RE) model. Odds ratio (OR) estimates with the corresponding 95% confidence interv...
Meta-analysis is an increasingly popular tool for combining multiple different genome-wide associati...
<p>Random effects model was used when <i>P</i> value of Q-test for heterogeneity test (<i>P<sub>Het<...
<p><sup>a</sup> REM: random-effect model. FEM: fixed-effect model.</p><p>P-value of overall effect.<...
<p>Each study is shown by the point estimate of the odds ratio, and a horizontal line denotes the 95...
a<p>Random-effects model was used when the p-value for heterogeneity test<0.10, otherwise the fixed-...
<p>The relative change in the random effects pooled odds ratio (OR) in each information step (OR in ...
<p>CI: confidence intervals; F: fixed model; N: number; OR: odds ratio; R: random model; SNP: single...
<p>Random effects model was used when <i>P</i> value of Q-test for heterogeneity test (<i>P<sub>Het<...
<p>Direction: RA is risk allele. The odds ratio (OR) is presented for the risk allele, compared with...
<p>Chr: Chromosome; BP: Physical Position (Base Pair, NCBI 36.3/Hg18); A1: Allele 1 (Affected); A2: ...
<p>Meta-analysis with a random-effects model for the association between the risk of cancer and the ...
a<p>Model: If the <i>Q-</i>statistic was significant (P<0.01), we selected random effects model for ...
a<p>Model: If the <i>Q-</i>statistic was significant (P<0.01), we selected random effects model for ...
<p>RF+: RF positive; RF-: RF negative; CPP+: anti-CCP positive; CPP-: anti-CCP negative.</p>a<p>Mode...
<p>Random-effects (RE) model. Odds ratio (OR) estimates with the corresponding 95% confidence interv...
Meta-analysis is an increasingly popular tool for combining multiple different genome-wide associati...
<p>Random effects model was used when <i>P</i> value of Q-test for heterogeneity test (<i>P<sub>Het<...
<p><sup>a</sup> REM: random-effect model. FEM: fixed-effect model.</p><p>P-value of overall effect.<...
<p>Each study is shown by the point estimate of the odds ratio, and a horizontal line denotes the 95...
a<p>Random-effects model was used when the p-value for heterogeneity test<0.10, otherwise the fixed-...
<p>The relative change in the random effects pooled odds ratio (OR) in each information step (OR in ...
<p>CI: confidence intervals; F: fixed model; N: number; OR: odds ratio; R: random model; SNP: single...
<p>Random effects model was used when <i>P</i> value of Q-test for heterogeneity test (<i>P<sub>Het<...
<p>Direction: RA is risk allele. The odds ratio (OR) is presented for the risk allele, compared with...
<p>Chr: Chromosome; BP: Physical Position (Base Pair, NCBI 36.3/Hg18); A1: Allele 1 (Affected); A2: ...
<p>Meta-analysis with a random-effects model for the association between the risk of cancer and the ...