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Linear fit for the Z-scores and correlation (√r<sup>2</sup>) between markers and rs2715147.

Eva C. Verbeek (321979)
Ingrid M. C. Bakker (321980)
Marianna R. Bevova (321981)
Zoltán Bochdanovits (39582)
Patrizia Rizzu (260324)
David Sondervan (39583)
Gonneke Willemsen (75573)
Eco J. de Geus (179549)
Johannes H. Smit (321982)
Brenda W. Penninx (238627)
Dorret I. Boomsma (109746)
Witte J. G. Hoogendijk (321983)
Peter Heutink (39587)

Publication date

February 2013

DOI

10.1371/journal.pone.0037384.g001

Abstract

<p>The linear fit with Z-scores versus r relative to rs2715147, for 77 markers in <i>PCLO</i>.</p

Extracted data

Related items

Correlations between weight-for-length Z-scores and fecal calprotectin concentrations.

Feng Li (30515)
Jingqiu Ma (2216677)
Shanshan Geng (2216671)
Junli Wang (1268160)
Jinrong Liu (733835)
Jie Zhang (64655)
Xiaoyang Sheng (2216674)

March 2015

<p>Correlations between weight-for-length Z-scores and fecal calprotectin concentrations.</p

Values of correlation coefficients in non-linear, logarithmic regression analysis between IJS and chronological age (blue: male, red: female).

Toshiyuki Tsurumoto (379777)
Kazunobu Saiki (379778)
Keishi Okamoto (379779)
Takeshi Imamura (240855)
Junichiro Maeda (379780)
Yoshitaka Manabe (379781)
Tetsuaki Wakebe (379782)

February 2013

<p>Values of correlation coefficients in non-linear, logarithmic regression analysis between IJS and...

Distribution-Based Exponent Fits.

Mitchell G Newberry (789344)
Daniel B Ennis (789345)
Van M Savage (789346)

August 2015

<p>Standard Major Axis regression (see <a href="http://www.ploscompbiol.org/article/info:doi/10.1371...

Correlation coefficient (r) between the spirometric Z-scores and the anthropometric data.

Abdelbassat Ketfi (5714750)
Merzak Gharnaout (5714753)
Mohamed Bougrida (5714756)
Helmi Ben Saad (5643173)

September 2018

Correlation coefficient (r) between the spirometric Z-scores and the anthropometric data.</p

Linear regression analysis of serum 25(OH)D<sup>*</sup> in PCOS versus fertile controls.

Y. H. M. Krul-Poel (6041546)
P. P. Koenders (6041549)
R. P. Steegers-Theunissen (6041552)
E. ten Boekel (6041555)
M. M. ter Wee (6041558)
Y. Louwers (6041561)
P. Lips (3767824)
J. S. E. Laven (4378915)
S. Simsek (6041564)

December 2018

Linear regression analysis of serum 25(OH)D* in PCOS versus fertile controls.</p

Linear regression and Mandels test for linearity.

Hannes Höppner (492508)
Joseph McIntyre (227500)
Patrick van der Smagt (492509)

December 2013

1<p>For probability values less than 5% it is rejected that a linear relation is as good as a quadra...

Linear correlation between (A) NucliSens v2.0 versus CAP/CTM v2.0 (B) NucliSens v2.0 versus Amplicor v1.5 (C) CAP/CTM v2.0 versus Amplicor v1.5.

Maximilian Muenchhoff (621654)
Savathee Madurai (621655)
Allison Jo Hempenstall (621656)
Emily Adland (452953)
Anna Carlqvist (621657)
Angeline Moonsamy (621658)
Manjeetha Jaggernath (159349)
Busisiwe Mlotshwa (621659)
Emma Siboto (621660)
Thumbi Ndung'u (104433)
Philip Jeremy Renshaw Goulder (621661)

August 2014

<p>Solid lines represent the fitted linear regression curve, dashed lines show the equality line and...

Regression-Based Exponent Fits.

Mitchell G Newberry (789344)
Daniel B Ennis (789345)
Van M Savage (789346)

August 2015

<p>Standard Major Axis regression (see <a href="http://www.ploscompbiol.org/article/info:doi/10.1371...

Coefficients of linear regression models assessing the association of the clustered fitness scores with HRQoL (<i>n =</i> 49).

Blanca Gavilán-Carrera (5143064)
Jaqueline Garcia da Silva (6383849)
José A. Vargas-Hitos (5143067)
José M. Sabio (5143076)
Pablo Morillas-de-Laguno (5143073)
Raquel Rios-Fernández (6109184)
Manuel Delgado-Fernández (4897012)
Alberto Soriano-Maldonado (1806940)

February 2019

Coefficients of linear regression models assessing the association of the clustered fitness scores w...

Degree of linear fitting and correlation among the extracted DNA, AmorI, and CA in BP and DC.

Xiaojun Ye (9369607)
Bo Lei (310282)

November 2022

Degree of linear fitting and correlation among the extracted DNA, AmorI, and CA in BP and DC.</p

Crude mortality rates (MR) per 100 person-years of observation (PYO) according to percentiles of the cytokine log-z-scores, and log-linear relationships below and above the median.

Andreas Andersen (310001)
Kristoffer J. Jensen (548652)
Christian Erikstrup (148144)
Henrik Ravn (52774)
Ane B. Fisker (364529)
Ida M. Lisse (364524)
Erliyani Sartono (161341)
Peter Aaby (52776)
Maria Yazdanbakhsh (90295)
Christine S. Benn (364532)

April 2014

<p>Notes: The associations between the mortality rate and the log-z-scores were modeled as a V-shape...

Patient survival and objective response.

Konstantinos Katsanos (33919)
Panagiotis Kitrou (4451983)
Stavros Spiliopoulos (783825)
Ioannis Maroulis (4451986)
Theodore Petsas (33921)
Dimitris Karnabatidis (783831)

September 2017

<p>Two-dimensional ranking of different treatments according to patient survival (y-axis) and object...

Comparison of the GLI-z-scores (mean and lower limit of normal (LLN)) with these observed in boys from the LUNOKID data.

Anke Hüls (2839256)
Ursula Krämer (163169)
Monika Gappa (3149658)
Christine Müller-Brandes (3149661)
Tamara Schikowski (495230)
Andrea von Berg (163159)
Barbara Hoffmann (551845)
Antje Schuster (678732)
Matthias Wisbauer (3149655)
Claudia Flexeder (412834)
Joachim Heinrich (60421)
Holger Schulz (13022)
Dietrich Berdel (163164)

July 2016

<p>Comparison of the GLI-z-scores (mean and lower limit of normal (LLN)) with these observed in boys...

Performance of the multiple linear regression models for the z-scores of the individual cognitive variables.

Tania Aznielle-Rodríguez (13253196)
Lídice Galán-García (13253202)
Marlis Ontivero-Ortega (13253199)
Karen Aguilar-Mateu (17020639)
Ana M. Castro-Laguardia (17020642)
Ana Fernández-Nin (17020645)
Daysi García-Agustín (17020648)
Mitchell Valdés-Sosa (5656780)

September 2023

Performance of the multiple linear regression models for the z-scores of the individual cognitive va...

Correlation between Assay 1 and Assay 2.

Brian B. Haab (190091)
Ying Huang (53474)
Seetharaman Balasenthil (264702)
Katie Partyka (190068)
Huiyuan Tang (625158)
Michelle Anderson (802721)
Peter Allen (495116)
Aaron Sasson (285434)
Herbert Zeh (190079)
Karen Kaul (190075)
Doron Kletter (802722)
Shaokui Ge (802723)
Marshall Bern (802724)
Richard Kwon (802725)
Ivan Blasutig (802726)
Sudhir Srivastava (586)
Marsha L. Frazier (264715)
Subrata Sen (264717)
Michael A. Hollingsworth (179339)
Jo Ann Rinaudo (802727)
Ann M. Killary (802728)
Randall E. Brand (190088)

October 2015

<p>The log-transformed CA 19–9 values of all subjects from Assay 1 and Assay 2 were plotted with res...

Correlations between weight-for-length Z-scores and fecal calprotectin concentrations.

Feng Li (30515)
Jingqiu Ma (2216677)
Shanshan Geng (2216671)
Junli Wang (1268160)
Jinrong Liu (733835)
Jie Zhang (64655)
Xiaoyang Sheng (2216674)

March 2015

<p>Correlations between weight-for-length Z-scores and fecal calprotectin concentrations.</p

Values of correlation coefficients in non-linear, logarithmic regression analysis between IJS and chronological age (blue: male, red: female).

Toshiyuki Tsurumoto (379777)
Kazunobu Saiki (379778)
Keishi Okamoto (379779)
Takeshi Imamura (240855)
Junichiro Maeda (379780)
Yoshitaka Manabe (379781)
Tetsuaki Wakebe (379782)

February 2013

<p>Values of correlation coefficients in non-linear, logarithmic regression analysis between IJS and...

Distribution-Based Exponent Fits.

Mitchell G Newberry (789344)
Daniel B Ennis (789345)
Van M Savage (789346)

August 2015

<p>Standard Major Axis regression (see <a href="http://www.ploscompbiol.org/article/info:doi/10.1371...

Correlation coefficient (r) between the spirometric Z-scores and the anthropometric data.

Abdelbassat Ketfi (5714750)
Merzak Gharnaout (5714753)
Mohamed Bougrida (5714756)
Helmi Ben Saad (5643173)

September 2018

Correlation coefficient (r) between the spirometric Z-scores and the anthropometric data.</p

Linear regression analysis of serum 25(OH)D<sup>*</sup> in PCOS versus fertile controls.

Y. H. M. Krul-Poel (6041546)
P. P. Koenders (6041549)
R. P. Steegers-Theunissen (6041552)
E. ten Boekel (6041555)
M. M. ter Wee (6041558)
Y. Louwers (6041561)
P. Lips (3767824)
J. S. E. Laven (4378915)
S. Simsek (6041564)

December 2018

Linear regression analysis of serum 25(OH)D* in PCOS versus fertile controls.</p

Linear regression and Mandels test for linearity.

Hannes Höppner (492508)
Joseph McIntyre (227500)
Patrick van der Smagt (492509)

December 2013

1<p>For probability values less than 5% it is rejected that a linear relation is as good as a quadra...

Linear correlation between (A) NucliSens v2.0 versus CAP/CTM v2.0 (B) NucliSens v2.0 versus Amplicor v1.5 (C) CAP/CTM v2.0 versus Amplicor v1.5.

Maximilian Muenchhoff (621654)
Savathee Madurai (621655)
Allison Jo Hempenstall (621656)
Emily Adland (452953)
Anna Carlqvist (621657)
Angeline Moonsamy (621658)
Manjeetha Jaggernath (159349)
Busisiwe Mlotshwa (621659)
Emma Siboto (621660)
Thumbi Ndung'u (104433)
Philip Jeremy Renshaw Goulder (621661)

August 2014

<p>Solid lines represent the fitted linear regression curve, dashed lines show the equality line and...

Regression-Based Exponent Fits.

Mitchell G Newberry (789344)
Daniel B Ennis (789345)
Van M Savage (789346)

August 2015

<p>Standard Major Axis regression (see <a href="http://www.ploscompbiol.org/article/info:doi/10.1371...

Coefficients of linear regression models assessing the association of the clustered fitness scores with HRQoL (<i>n =</i> 49).

Blanca Gavilán-Carrera (5143064)
Jaqueline Garcia da Silva (6383849)
José A. Vargas-Hitos (5143067)
José M. Sabio (5143076)
Pablo Morillas-de-Laguno (5143073)
Raquel Rios-Fernández (6109184)
Manuel Delgado-Fernández (4897012)
Alberto Soriano-Maldonado (1806940)

February 2019

Coefficients of linear regression models assessing the association of the clustered fitness scores w...

Degree of linear fitting and correlation among the extracted DNA, AmorI, and CA in BP and DC.

Xiaojun Ye (9369607)
Bo Lei (310282)

November 2022

Degree of linear fitting and correlation among the extracted DNA, AmorI, and CA in BP and DC.</p

Crude mortality rates (MR) per 100 person-years of observation (PYO) according to percentiles of the cytokine log-z-scores, and log-linear relationships below and above the median.

Andreas Andersen (310001)
Kristoffer J. Jensen (548652)
Christian Erikstrup (148144)
Henrik Ravn (52774)
Ane B. Fisker (364529)
Ida M. Lisse (364524)
Erliyani Sartono (161341)
Peter Aaby (52776)
Maria Yazdanbakhsh (90295)
Christine S. Benn (364532)

April 2014

<p>Notes: The associations between the mortality rate and the log-z-scores were modeled as a V-shape...

Patient survival and objective response.

Konstantinos Katsanos (33919)
Panagiotis Kitrou (4451983)
Stavros Spiliopoulos (783825)
Ioannis Maroulis (4451986)
Theodore Petsas (33921)
Dimitris Karnabatidis (783831)

September 2017

<p>Two-dimensional ranking of different treatments according to patient survival (y-axis) and object...

Comparison of the GLI-z-scores (mean and lower limit of normal (LLN)) with these observed in boys from the LUNOKID data.

Anke Hüls (2839256)
Ursula Krämer (163169)
Monika Gappa (3149658)
Christine Müller-Brandes (3149661)
Tamara Schikowski (495230)
Andrea von Berg (163159)
Barbara Hoffmann (551845)
Antje Schuster (678732)
Matthias Wisbauer (3149655)
Claudia Flexeder (412834)
Joachim Heinrich (60421)
Holger Schulz (13022)
Dietrich Berdel (163164)

July 2016

<p>Comparison of the GLI-z-scores (mean and lower limit of normal (LLN)) with these observed in boys...

Performance of the multiple linear regression models for the z-scores of the individual cognitive variables.

Tania Aznielle-Rodríguez (13253196)
Lídice Galán-García (13253202)
Marlis Ontivero-Ortega (13253199)
Karen Aguilar-Mateu (17020639)
Ana M. Castro-Laguardia (17020642)
Ana Fernández-Nin (17020645)
Daysi García-Agustín (17020648)
Mitchell Valdés-Sosa (5656780)

September 2023

Performance of the multiple linear regression models for the z-scores of the individual cognitive va...

Correlation between Assay 1 and Assay 2.

Brian B. Haab (190091)
Ying Huang (53474)
Seetharaman Balasenthil (264702)
Katie Partyka (190068)
Huiyuan Tang (625158)
Michelle Anderson (802721)
Peter Allen (495116)
Aaron Sasson (285434)
Herbert Zeh (190079)
Karen Kaul (190075)
Doron Kletter (802722)
Shaokui Ge (802723)
Marshall Bern (802724)
Richard Kwon (802725)
Ivan Blasutig (802726)
Sudhir Srivastava (586)
Marsha L. Frazier (264715)
Subrata Sen (264717)
Michael A. Hollingsworth (179339)
Jo Ann Rinaudo (802727)
Ann M. Killary (802728)
Randall E. Brand (190088)

October 2015

<p>The log-transformed CA 19–9 values of all subjects from Assay 1 and Assay 2 were plotted with res...

Correlations between weight-for-length Z-scores and fecal calprotectin concentrations.

Feng Li (30515)
Jingqiu Ma (2216677)
Shanshan Geng (2216671)
Junli Wang (1268160)
Jinrong Liu (733835)
Jie Zhang (64655)
Xiaoyang Sheng (2216674)

March 2015

<p>Correlations between weight-for-length Z-scores and fecal calprotectin concentrations.</p

Values of correlation coefficients in non-linear, logarithmic regression analysis between IJS and chronological age (blue: male, red: female).

Toshiyuki Tsurumoto (379777)
Kazunobu Saiki (379778)
Keishi Okamoto (379779)
Takeshi Imamura (240855)
Junichiro Maeda (379780)
Yoshitaka Manabe (379781)
Tetsuaki Wakebe (379782)

February 2013

<p>Values of correlation coefficients in non-linear, logarithmic regression analysis between IJS and...

Distribution-Based Exponent Fits.

Mitchell G Newberry (789344)
Daniel B Ennis (789345)
Van M Savage (789346)

August 2015

<p>Standard Major Axis regression (see <a href="http://www.ploscompbiol.org/article/info:doi/10.1371...