Plotted absolute non-parametric correlation coefficients (Spearman rho) demonstrating the systematic relationship between the spectral densities of the training phase (UCS-UCR) and the probe period (CS-CR).

Spearman’s rank order correlation coefficients for observed chilling requirement (CR) and bloom date (BD).

Douglas Gary Bielenberg (802931)
Bradley Rauh (802932)
Shenghua Fan (802933)
Ksenija Gasic (171078)
Albert Glenn Abbott (802934)
Gregory Lynn Reighard (802935)
William R. Okie (802936)
Christina Elizabeth Wells (802937)

October 2015

Coefficients are all significant at the p<0.001 levelSpearman’s rank order correlat...

Spearman coefficients and corresponding 95% confidence intervals(CI) for the correlations between time and ratings according to the image features.

Pu Meng (17020398)
Xin Meng (140656)
Rui Hu (505795)
Liqun Zhang (115900)

September 2023

Spearman coefficients and corresponding 95% confidence intervals(CI) for the correlations between ti...

Correlation between serum markers estimated by Spearman’s rank correlation coefficient, rho (n = 241).

Who-Whong Wang (434898)
Soo Fan Ang (434899)
Rajneesh Kumar (434900)
Charmain Heah (434901)
Andi Utama (434902)
Navessa Padma Tania (434903)
Huihua Li (166588)
Sze Huey Tan (434904)
Desmond Poo (434905)
Su Pin Choo (434906)
Wan Cheng Chow (434907)
Chee Kiat Tan (434908)
Han Chong Toh (434909)

July 2013

*The upper part are the Spearman’s rank correlation coefficients, rho; the lower part are the p-v...

Correlation coefficients (Spearman’s Rho) for the relationships between ‘training gain’ and improvement on the transfer tests.

David J. Harris (4594603)
Mark R. Wilson (278126)
Kieran Chillingsworth (17373551)
Gabriella Mitchell (17373554)
Sarah Smith (63540)
Tom Arthur (16239086)
Kirsty Brock (7244192)
Samuel J. Vine (3740209)

November 2023

Correlation coefficients (Spearman’s Rho) for the relationships between ‘training gain’ and improvem...

Results of Spearman’s rank correlation coefficient analysis and Bland-Altman analysis when set to non-trained rotation angles and k-space intervals.

Nobukiyo Yoshida (13794356)
Hajime Kageyama (13794359)
Hiroyuki Akai (321585)
Koichiro Yasaka (13794362)
Haruto Sugawara (13794365)
Yukinori Okada (132408)
Akira Kunimatsu (156363)

September 2022

Results of Spearman’s rank correlation coefficient analysis and Bland-Altman analysis when set to no...

Spearman’s rank-order correlation coefficient (ρ) calculated at different time points for each of the analytical methods and targets used in this study (i.e., columns -rows and letters from A to D).

Farina Khattak (8486067)
Salvatore Galgano (13813080)
Jos Houdijk (13813083)

September 2022

Spearman’s rank-order correlation coefficient (ρ) calculated at different time points for each of th...

Correlation coefficients Rho (in italic) and p-values (in bold) of Spearman correlation test.

Ankita Chaurasia (610453)
Andrea Tarallo (610454)
Luisa Bernà (610455)
Mitsuharu Yagi (610456)
Claudio Agnisola (610457)
Giuseppe D’Onofrio (610458)

August 2014

Correlation coefficients Rho (in italic) and p-values (in bold) of Spearman correlation te...

Spearman’s rank-order correlation coefficient (ρ) calculated for each of the analytical methods and targets used in this study at different time points (i.e., columns -rows and letters from A to F).

Farina Khattak (8486067)
Salvatore Galgano (13813080)
Jos Houdijk (13813083)

September 2022

Spearman’s rank-order correlation coefficient (ρ) calculated for each of the analytical methods and ...

Results of Spearman’s rank correlation coefficient and Bland-Altman analysis when set to trained rotation angles and k-space intervals.

Nobukiyo Yoshida (13794356)
Hajime Kageyama (13794359)
Hiroyuki Akai (321585)
Koichiro Yasaka (13794362)
Haruto Sugawara (13794365)
Yukinori Okada (132408)
Akira Kunimatsu (156363)

September 2022

Results of Spearman’s rank correlation coefficient and Bland-Altman analysis when set to trained rot...

Nonparametric spearman correlations among variables used in the study (N = 398).

Monika K. Sumra (713719)

April 2019

Nonparametric spearman correlations among variables used in the study (N = 398).</p

Spearman’s rho correlation coefficients of the force platform parameters and clinical outcome measures.

Margaretha M. van Dijk (4356889)
Sarah Meyer (3006480)
Solveig Sandstad (4356883)
Evelyne Wiskerke (4356901)
Rhea Thuwis (4356892)
Chesny Vandekerckhove (4356895)
Charlotte Myny (4356886)
Nitesh Ghosh (4356898)
Hilde Beyens (4356880)
Eddy Dejaeger (4356877)
Geert Verheyden (3419258)

August 2017

Spearman’s rho correlation coefficients of the force platform parameters and clinical outcome mea...

Mean standardized spectral densities (z-scores) computed from measurements obtained during the probe period (CR; squares) for the 3ms trace interval trials involving a 1 minute delay following the training phase with 0.2Hz increment deviations within the 17Hz to 19Hz band.

Nicolas Rouleau (3232731)
Lukasz M. Karbowski (404744)
Michael A. Persinger (404746)

October 2016

Condition-matched data for the training phase or UCS-UCR (circles) is also plotted.</p

Correlation between T cell subset density in the training set of CRC.

Younghoon Kim (49041)
Jeong Mo Bae (724349)
Gang Li (34549)
Nam Yun Cho (724350)
Gyeong Hoon Kang (177142)

April 2015

r, Spearman's correlation coefficientCorrelation between T cell subset density in t...

Spearman’s correlation coefficients between α-Klotho and various variables.

PLOS ONE (2189197)

April 2014

Spearman’s correlation coefficients between α-Klotho and various variables.</p

Spearman partial correlation analysis for FC and SC. Solid color lines indicate significant correlation coefficients between variables (blue for FC and orange for SC).

Francisco Zamorano (516406)
Pablo Billeke (516407)
José M. Hurtado (516408)
Vladimir López (2583529)
Ximena Carrasco (516409)
Tomás Ossandón (516410)
Francisco Aboitiz (223614)

January 2014

Spearman partial correlation analysis for FC and SC. Solid color lines indicate significant corre...

Spearman’s rank order correlation coefficients for observed chilling requirement (CR) and bloom date (BD).

Douglas Gary Bielenberg (802931)
Bradley Rauh (802932)
Shenghua Fan (802933)
Ksenija Gasic (171078)
Albert Glenn Abbott (802934)
Gregory Lynn Reighard (802935)
William R. Okie (802936)
Christina Elizabeth Wells (802937)

October 2015

Coefficients are all significant at the p<0.001 levelSpearman’s rank order correlat...

Spearman coefficients and corresponding 95% confidence intervals(CI) for the correlations between time and ratings according to the image features.

Pu Meng (17020398)
Xin Meng (140656)
Rui Hu (505795)
Liqun Zhang (115900)

September 2023

Spearman coefficients and corresponding 95% confidence intervals(CI) for the correlations between ti...

Correlation between serum markers estimated by Spearman’s rank correlation coefficient, rho (n = 241).

Who-Whong Wang (434898)
Soo Fan Ang (434899)
Rajneesh Kumar (434900)
Charmain Heah (434901)
Andi Utama (434902)
Navessa Padma Tania (434903)
Huihua Li (166588)
Sze Huey Tan (434904)
Desmond Poo (434905)
Su Pin Choo (434906)
Wan Cheng Chow (434907)
Chee Kiat Tan (434908)
Han Chong Toh (434909)

July 2013

*The upper part are the Spearman’s rank correlation coefficients, rho; the lower part are the p-v...

Correlation coefficients (Spearman’s Rho) for the relationships between ‘training gain’ and improvement on the transfer tests.

David J. Harris (4594603)
Mark R. Wilson (278126)
Kieran Chillingsworth (17373551)
Gabriella Mitchell (17373554)
Sarah Smith (63540)
Tom Arthur (16239086)
Kirsty Brock (7244192)
Samuel J. Vine (3740209)

November 2023

Correlation coefficients (Spearman’s Rho) for the relationships between ‘training gain’ and improvem...

Results of Spearman’s rank correlation coefficient analysis and Bland-Altman analysis when set to non-trained rotation angles and k-space intervals.

Nobukiyo Yoshida (13794356)
Hajime Kageyama (13794359)
Hiroyuki Akai (321585)
Koichiro Yasaka (13794362)
Haruto Sugawara (13794365)
Yukinori Okada (132408)
Akira Kunimatsu (156363)

September 2022

Results of Spearman’s rank correlation coefficient analysis and Bland-Altman analysis when set to no...

Spearman’s rank-order correlation coefficient (ρ) calculated at different time points for each of the analytical methods and targets used in this study (i.e., columns -rows and letters from A to D).

Farina Khattak (8486067)
Salvatore Galgano (13813080)
Jos Houdijk (13813083)

September 2022

Spearman’s rank-order correlation coefficient (ρ) calculated at different time points for each of th...

Correlation coefficients Rho (in italic) and p-values (in bold) of Spearman correlation test.

Ankita Chaurasia (610453)
Andrea Tarallo (610454)
Luisa Bernà (610455)
Mitsuharu Yagi (610456)
Claudio Agnisola (610457)
Giuseppe D’Onofrio (610458)

August 2014

Correlation coefficients Rho (in italic) and p-values (in bold) of Spearman correlation te...

Spearman’s rank-order correlation coefficient (ρ) calculated for each of the analytical methods and targets used in this study at different time points (i.e., columns -rows and letters from A to F).

Farina Khattak (8486067)
Salvatore Galgano (13813080)
Jos Houdijk (13813083)

September 2022

Spearman’s rank-order correlation coefficient (ρ) calculated for each of the analytical methods and ...

Results of Spearman’s rank correlation coefficient and Bland-Altman analysis when set to trained rotation angles and k-space intervals.

Nobukiyo Yoshida (13794356)
Hajime Kageyama (13794359)
Hiroyuki Akai (321585)
Koichiro Yasaka (13794362)
Haruto Sugawara (13794365)
Yukinori Okada (132408)
Akira Kunimatsu (156363)

September 2022

Results of Spearman’s rank correlation coefficient and Bland-Altman analysis when set to trained rot...

Nonparametric spearman correlations among variables used in the study (N = 398).

Monika K. Sumra (713719)

April 2019

Nonparametric spearman correlations among variables used in the study (N = 398).</p

Spearman’s rho correlation coefficients of the force platform parameters and clinical outcome measures.

Margaretha M. van Dijk (4356889)
Sarah Meyer (3006480)
Solveig Sandstad (4356883)
Evelyne Wiskerke (4356901)
Rhea Thuwis (4356892)
Chesny Vandekerckhove (4356895)
Charlotte Myny (4356886)
Nitesh Ghosh (4356898)
Hilde Beyens (4356880)
Eddy Dejaeger (4356877)
Geert Verheyden (3419258)

August 2017

Spearman’s rho correlation coefficients of the force platform parameters and clinical outcome mea...

Mean standardized spectral densities (z-scores) computed from measurements obtained during the probe period (CR; squares) for the 3ms trace interval trials involving a 1 minute delay following the training phase with 0.2Hz increment deviations within the 17Hz to 19Hz band.

Nicolas Rouleau (3232731)
Lukasz M. Karbowski (404744)
Michael A. Persinger (404746)

October 2016

Condition-matched data for the training phase or UCS-UCR (circles) is also plotted.</p

Correlation between T cell subset density in the training set of CRC.

Younghoon Kim (49041)
Jeong Mo Bae (724349)
Gang Li (34549)
Nam Yun Cho (724350)
Gyeong Hoon Kang (177142)

April 2015

r, Spearman's correlation coefficientCorrelation between T cell subset density in t...

Spearman’s correlation coefficients between α-Klotho and various variables.

PLOS ONE (2189197)

April 2014

Spearman’s correlation coefficients between α-Klotho and various variables.</p

Spearman partial correlation analysis for FC and SC. Solid color lines indicate significant correlation coefficients between variables (blue for FC and orange for SC).

Francisco Zamorano (516406)
Pablo Billeke (516407)
José M. Hurtado (516408)
Vladimir López (2583529)
Ximena Carrasco (516409)
Tomás Ossandón (516410)
Francisco Aboitiz (223614)

January 2014

Spearman partial correlation analysis for FC and SC. Solid color lines indicate significant corre...

Spearman’s rank order correlation coefficients for observed chilling requirement (CR) and bloom date (BD).

Douglas Gary Bielenberg (802931)
Bradley Rauh (802932)
Shenghua Fan (802933)
Ksenija Gasic (171078)
Albert Glenn Abbott (802934)
Gregory Lynn Reighard (802935)
William R. Okie (802936)
Christina Elizabeth Wells (802937)

October 2015

Coefficients are all significant at the p<0.001 levelSpearman’s rank order correlat...

Spearman coefficients and corresponding 95% confidence intervals(CI) for the correlations between time and ratings according to the image features.

Pu Meng (17020398)
Xin Meng (140656)
Rui Hu (505795)
Liqun Zhang (115900)

September 2023

Spearman coefficients and corresponding 95% confidence intervals(CI) for the correlations between ti...

Correlation between serum markers estimated by Spearman’s rank correlation coefficient, rho (n = 241).

Who-Whong Wang (434898)
Soo Fan Ang (434899)
Rajneesh Kumar (434900)
Charmain Heah (434901)
Andi Utama (434902)
Navessa Padma Tania (434903)
Huihua Li (166588)
Sze Huey Tan (434904)
Desmond Poo (434905)
Su Pin Choo (434906)
Wan Cheng Chow (434907)
Chee Kiat Tan (434908)
Han Chong Toh (434909)

July 2013

*The upper part are the Spearman’s rank correlation coefficients, rho; the lower part are the p-v...

Plotted absolute non-parametric correlation coefficients (Spearman rho) demonstrating the systematic relationship between the spectral densities of the training phase (UCS-UCR) and the probe period (CS-CR).

Abstract

Extracted data

Plotted absolute non-parametric correlation coefficients (Spearman rho) demonstrating the systematic relationship between the spectral densities of the training phase (UCS-UCR) and the probe period (CS-CR).

Abstract

Extracted data

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