Results of random effects analysis for 1PP (1PP-baseline) relative to 3PP (3PP baseline) (p<0.05, FWE corrected, L = left hemisphere, R = right hemisphere, masked with real touch>baseline).

Random-effects (RE) model. Odds ratio (OR) estimates with the corresponding 95% confidence interval (CI) for the allele contrast.

Anyuan Zhong (629889)
Xiaolu Xiong (436303)
Huajun Xu (514847)
Minhua Shi (629890)

September 2014

Random-effects (RE) model. Odds ratio (OR) estimates with the corresponding 95% confidence interv...

Results of statistical analysis.

Koichi Yokosawa (461917)
Siina Pamilo (146905)
Lotta Hirvenkari (444134)
Riitta Hari (146950)
Elina Pihko (359222)

November 2013

(top) Low-pass-filtered (at 8 Hz) response of the left hemisphere to neutral sounds (a trace from...

Random-effects model meta-analysis.

Junjun Jiang (188208)
Xiaoyi Yang (519014)
Li Ye (324768)
Bo Zhou (15092)
Chuanyi Ning (464950)
Jiegang Huang (464952)
Bingyu Liang (512997)
Xiaoni Zhong (434092)
Ailong Huang (196688)
Renchuan Tao (31365)
Cunwei Cao (519015)
Hui Chen (28597)
Hao Liang (188241)

February 2014

Heterogeneity chi-squared = 11.91 (d.f. = 6), P = 0.064; test of RR = 1∶z = 4.29, P...

Results of random effects analysis (p<0.05, FWE corrected, L = left hemisphere, R = right hemisphere, masked with real touch>baseline).

Michael Schaefer (265916)
Hans-Jochen Heinze (72737)
Michael Rotte (290849)

February 2013

Results of random effects analysis (p<0.05, FWE corrected, L = left hemisphere, R = right hemisph...

Results of random effects analysis (p<0.05, corrected, L = left hemisphere, R = right hemisphere).

Michael Schaefer (265916)
Hans-Jochen Heinze (72737)
Imke Galazky (162895)

February 2013

Results of random effects analysis (p<0.05, corrected, L = left hemisphere, R = right hemisphere...

Results of random effects analysis (at p<0.05, FDR corrected, L = left hemisphere, R = right hemisphere, sup = superior).

Michael Schaefer (265916)
Hans-Jochen Heinze (72737)
Michael Rotte (290849)
Claudia Denke (583600)

May 2013

Results of random effects analysis (at p<0.05, FDR corrected, L = left hemisphere, R = right hemi...

Statistical maps for the contrast 1PP (PS - baseline) relative to 3PP (PS - baseline).

Michael Schaefer (265916)
Hans-Jochen Heinze (72737)
Michael Rotte (290849)

February 2013

Results show brain activation in SI for 1PP (at p<0.05, FWE corrected, masked with real touch>bas...

Correlations between effect size, variation and statistical power.

Clarissa F. D. Carneiro (5147027)
Thiago C. Moulin (473982)
Malcolm R. Macleod (250983)
Olavo B. Amaral (107121)

April 2018

(A) Correlation between normalized effect size and mean sample size. No correlation is found (r =...

Correlation between corrected effect size r and sample size for different statistical analysis categories.

Anton Kühberger (626549)
Astrid Fritz (626550)
Thomas Scherndl (626551)

September 2014

Correlation between corrected effect size r and sample size for different statistical analysis ca...

Effect size calculations for tests that were significantly different at Baseline vs. End of A and Baseline vs. End of B.

Linda J. Resnik (4063234)
Matthew L. Borgia (4063237)
Frantzy Acluche (4063231)
Jill M. Cancio (4775484)
Gail Latlief (4117060)
Nicole Sasson (4117054)

January 2018

Effect size calculations for tests that were significantly different at Baseline vs. End of A and...

Random effects pooled correlation coefficients of path a, path b, indirect effect and total effect; heterogeneity and mediation ratio.

Laura Cortés-García (6432983)
Bahi Takkouche (533354)
Gloria Seoane (5017958)
Carmen Senra (3165567)

March 2019

Random effects pooled correlation coefficients of path a, path b, indirect effect and total effect; ...

Effect of .

Rong-Hua Li (112048)
Jeffrey Xu Yu (112052)
Xin Huang (11077)
Hong Cheng (112057)

December 2012

(a) The curves show the bias by our algorithms at different . (b–d) The figures show the prestige...

Results of simple effect analysis for the factors “channel” and “stimulus”.

Guangzhan Fang (292483)
Ping Yang (56755)
Jianguo Cui (292488)
Dezhong Yao (120671)
Steven E. Brauth (292492)
Yezhong Tang (292494)

February 2013

Note: The symbols ‘>’ denote that the relative theta power given by the channels or stimul...

Summary of overall priming effects and accuracy levels in Experiment 1, averaged across orientations.

Irina M. Harris (47607)
Paul E. Dux (47608)
Claire T. Benito (47609)
E. Charles Leek (47610)

February 2013

Note: Size of priming effect (ms) = RT on Different prime trials-RT on Same prime trials. *<...

RT analyses: Statistical comparisons of Stroop, interference, and facilitation effects, after Bonferroni-corrections, for each group and language.

Emily L. Coderre (605359)
Walter J. B. van Heuven (400667)

July 2014

RT analyses: Statistical comparisons of Stroop, interference, and facilitation effects, after Bon...

Random-effects (RE) model. Odds ratio (OR) estimates with the corresponding 95% confidence interval (CI) for the allele contrast.

Anyuan Zhong (629889)
Xiaolu Xiong (436303)
Huajun Xu (514847)
Minhua Shi (629890)

September 2014

Random-effects (RE) model. Odds ratio (OR) estimates with the corresponding 95% confidence interv...

Results of statistical analysis.

Koichi Yokosawa (461917)
Siina Pamilo (146905)
Lotta Hirvenkari (444134)
Riitta Hari (146950)
Elina Pihko (359222)

November 2013

(top) Low-pass-filtered (at 8 Hz) response of the left hemisphere to neutral sounds (a trace from...

Random-effects model meta-analysis.

Junjun Jiang (188208)
Xiaoyi Yang (519014)
Li Ye (324768)
Bo Zhou (15092)
Chuanyi Ning (464950)
Jiegang Huang (464952)
Bingyu Liang (512997)
Xiaoni Zhong (434092)
Ailong Huang (196688)
Renchuan Tao (31365)
Cunwei Cao (519015)
Hui Chen (28597)
Hao Liang (188241)

February 2014

Heterogeneity chi-squared = 11.91 (d.f. = 6), P = 0.064; test of RR = 1∶z = 4.29, P...

Results of random effects analysis (p<0.05, FWE corrected, L = left hemisphere, R = right hemisphere, masked with real touch>baseline).

Michael Schaefer (265916)
Hans-Jochen Heinze (72737)
Michael Rotte (290849)

February 2013

Results of random effects analysis (p<0.05, FWE corrected, L = left hemisphere, R = right hemisph...

Results of random effects analysis (p<0.05, corrected, L = left hemisphere, R = right hemisphere).

Michael Schaefer (265916)
Hans-Jochen Heinze (72737)
Imke Galazky (162895)

February 2013

Results of random effects analysis (p<0.05, corrected, L = left hemisphere, R = right hemisphere...

Results of random effects analysis (at p<0.05, FDR corrected, L = left hemisphere, R = right hemisphere, sup = superior).

Michael Schaefer (265916)
Hans-Jochen Heinze (72737)
Michael Rotte (290849)
Claudia Denke (583600)

May 2013

Results of random effects analysis (at p<0.05, FDR corrected, L = left hemisphere, R = right hemi...

Statistical maps for the contrast 1PP (PS - baseline) relative to 3PP (PS - baseline).

Michael Schaefer (265916)
Hans-Jochen Heinze (72737)
Michael Rotte (290849)

February 2013

Results show brain activation in SI for 1PP (at p<0.05, FWE corrected, masked with real touch>bas...

Correlations between effect size, variation and statistical power.

Clarissa F. D. Carneiro (5147027)
Thiago C. Moulin (473982)
Malcolm R. Macleod (250983)
Olavo B. Amaral (107121)

April 2018

(A) Correlation between normalized effect size and mean sample size. No correlation is found (r =...

Correlation between corrected effect size r and sample size for different statistical analysis categories.

Anton Kühberger (626549)
Astrid Fritz (626550)
Thomas Scherndl (626551)

September 2014

Correlation between corrected effect size r and sample size for different statistical analysis ca...

Effect size calculations for tests that were significantly different at Baseline vs. End of A and Baseline vs. End of B.

Linda J. Resnik (4063234)
Matthew L. Borgia (4063237)
Frantzy Acluche (4063231)
Jill M. Cancio (4775484)
Gail Latlief (4117060)
Nicole Sasson (4117054)

January 2018

Effect size calculations for tests that were significantly different at Baseline vs. End of A and...

Random effects pooled correlation coefficients of path a, path b, indirect effect and total effect; heterogeneity and mediation ratio.

Laura Cortés-García (6432983)
Bahi Takkouche (533354)
Gloria Seoane (5017958)
Carmen Senra (3165567)

March 2019

Random effects pooled correlation coefficients of path a, path b, indirect effect and total effect; ...

Effect of .

Rong-Hua Li (112048)
Jeffrey Xu Yu (112052)
Xin Huang (11077)
Hong Cheng (112057)

December 2012

(a) The curves show the bias by our algorithms at different . (b–d) The figures show the prestige...

Results of simple effect analysis for the factors “channel” and “stimulus”.

Guangzhan Fang (292483)
Ping Yang (56755)
Jianguo Cui (292488)
Dezhong Yao (120671)
Steven E. Brauth (292492)
Yezhong Tang (292494)

February 2013

Note: The symbols ‘>’ denote that the relative theta power given by the channels or stimul...

Summary of overall priming effects and accuracy levels in Experiment 1, averaged across orientations.

Irina M. Harris (47607)
Paul E. Dux (47608)
Claire T. Benito (47609)
E. Charles Leek (47610)

February 2013

Note: Size of priming effect (ms) = RT on Different prime trials-RT on Same prime trials. *<...

RT analyses: Statistical comparisons of Stroop, interference, and facilitation effects, after Bonferroni-corrections, for each group and language.

Emily L. Coderre (605359)
Walter J. B. van Heuven (400667)

July 2014

RT analyses: Statistical comparisons of Stroop, interference, and facilitation effects, after Bon...

Random-effects (RE) model. Odds ratio (OR) estimates with the corresponding 95% confidence interval (CI) for the allele contrast.

Anyuan Zhong (629889)
Xiaolu Xiong (436303)
Huajun Xu (514847)
Minhua Shi (629890)

September 2014

Random-effects (RE) model. Odds ratio (OR) estimates with the corresponding 95% confidence interv...

Results of statistical analysis.

Koichi Yokosawa (461917)
Siina Pamilo (146905)
Lotta Hirvenkari (444134)
Riitta Hari (146950)
Elina Pihko (359222)

November 2013

(top) Low-pass-filtered (at 8 Hz) response of the left hemisphere to neutral sounds (a trace from...

Random-effects model meta-analysis.

Junjun Jiang (188208)
Xiaoyi Yang (519014)
Li Ye (324768)
Bo Zhou (15092)
Chuanyi Ning (464950)
Jiegang Huang (464952)
Bingyu Liang (512997)
Xiaoni Zhong (434092)
Ailong Huang (196688)
Renchuan Tao (31365)
Cunwei Cao (519015)
Hui Chen (28597)
Hao Liang (188241)

February 2014

Heterogeneity chi-squared = 11.91 (d.f. = 6), P = 0.064; test of RR = 1∶z = 4.29, P...

Results of random effects analysis for 1PP (1PP-baseline) relative to 3PP (3PP baseline) (p<0.05, FWE corrected, L = left hemisphere, R = right hemisphere, masked with real touch>baseline).

Abstract

Extracted data

Results of random effects analysis for 1PP (1PP-baseline) relative to 3PP (3PP baseline) (p<0.05, FWE corrected, L = left hemisphere, R = right hemisphere, masked with real touch>baseline).

Abstract

Extracted data

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