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Multivariate linear regression results with checklist use as the dependant variable.

Michelle C. White (3279246)
Linden S. Baxter (4821747)
Kristin L. Close (4821741)
Vaonandianina A. Ravelojaona (4821759)
Hasiniaina N. Rakotoarison (4821753)
Emily Bruno (4821744)
Alison Herbert (4821750)
Vanessa Andean (4821756)
James Callahan (703665)
Hery H. Andriamanjato (4821738)
Mark G. Shrime (3609239)

Publication date

February 2018

DOI

10.1371/journal.pone.0191849.t005

Abstract

<p>Multivariate linear regression results with checklist use as the dependant variable.</p

Extracted data

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Multivariate linear regression of the the variables with most impact in residential costs.

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April 2015

<p>Multivariate linear regression of the the variables with most impact in residential costs.</p

Multivariate linear regression results for factors affecting the scores of MGL scale.

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October 2022

Multivariate linear regression results for factors affecting the scores of MGL scale.</p

Multivariate regression model with the dependent variable PPS (Likert scale), N = 1685.

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Margherita Siciliano (6175814)
Marco Carotenuto (6175817)
Raffaella Iuliano (6175820)
Carmela Bravaccio (6100226)
Simona Signoriello (362962)
Antonella Gritti (6175823)
Antonio Pascotto (6175826)
Gennaro Catone (6175829)

January 2019

Multivariate regression model with the dependent variable PPS (Likert scale), N = 1685.</p

Multiple linear regression model having as dependent variable the TDI_score.

Jose Carlos Fernandez-Garcia (586498)
Juan Alcaide (328902)
Concepcion Santiago-Fernandez (3716161)
MM. Roca-Rodriguez (3716170)
Zaida Aguera (3716167)
Rosa Baños (310770)
Cristina Botella (310769)
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Jose M. Fernandez-Real (3716155)
Gema Fruhbeck (3716158)
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Jose M. Menchon (3716152)
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February 2017

<p>Multiple linear regression model having as dependent variable the TDI_score.</p

Multiple linear regression analysis evaluating CANRS as the dependent variable.

Tao Yuan (443733)
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Yong Fu (699744)
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Juan Li (146180)
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Ying Zhou (25031)
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October 2018

Multiple linear regression analysis evaluating CANRS as the dependent variable.</p

Multiple linear regression analysis with the psychological scale as a dependent variable.

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August 2017

<p>Multiple linear regression analysis with the psychological scale as a dependent variable.</p

Multiple Linear Regression Analysis with Serum Phosphorus as the Dependent Variable.

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Haim Hammerman (388085)
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<p>Multiple Linear Regression Analysis with Serum Phosphorus as the Dependent Variable.</p

Multivariate linear regression analyses with circulating LBP as dependent variable.

Hsiao-Ching Nien (3686569)
Shih-Jer Hsu (795205)
Tung-Hung Su (289150)
Po-Jen Yang (2181342)
Jin-Chuan Sheu (3686572)
Jin-Town Wang (123680)
Lu-Ping Chow (172169)
Chi-Ling Chen (379875)
Jia-Horng Kao (85991)
Wei-Shiung Yang (28865)

January 2017

<p>Multivariate linear regression analyses with circulating LBP as dependent variable.</p

Multivariate logistic regression analysis of the variables (Forward conditional).

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June 2012

<p>Multivariate logistic regression analysis of the variables (Forward conditional).</p

Result of multiple linear regression analysis using the maximum IOP as a dependent variable.

Fumihiko Mabuchi (94451)
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Hiroyuki Iijima (94455)
Zentaro Yamagata (94454)
Mitsuko Takamoto (153461)
Makoto Aihara (153475)
Takeshi Iwata (230562)
Kazuhide Kawase (4386166)
Yukihiro Shiga (724428)
Koji M. Nishiguchi (147632)
Toru Nakazawa (287792)
Mineo Ozaki (531871)
Makoto Araie (88258)

August 2017

<p>Result of multiple linear regression analysis using the maximum IOP as a dependent variable.</p

Multivariate logistic regression analysis of different parameters in the study subjects.

Kamna Srivastava (592425)
Rajiv Narang (592423)
Jagriti Bhatia (592424)
Daman Saluja (199971)

March 2016

<p>Multivariate logistic regression analysis of different parameters in the study subjects.</p

Variables considered in the multivariable logistic regression analysis for PPCs.

Vichaya Champreeda (14485429)
Raymond Hu (8926622)
Brandon Chan (14485432)
Owen Tomasek (14485435)
Yuan-Hong Lin (14485438)
Laurence Weinberg (2960238)
Will Howard (14485441)
Chong O. Tan (14485444)

January 2023

Variables considered in the multivariable logistic regression analysis for PPCs.</p

Multiple linear regression model with health status as dependent variable; weighted data.

Laura Alejandra Rico-Uribe (845421)
Francisco Félix Caballero (144119)
Beatriz Olaya (406275)
Beata Tobiasz-Adamczyk (670540)
Seppo Koskinen (65668)
Matilde Leonardi (670539)
Josep Maria Haro (261375)
Somnath Chatterji (89621)
José Luis Ayuso-Mateos (144126)
Marta Miret (144117)

January 2016

<p>Multiple linear regression model with health status as dependent variable; weighted data.</p

Forward stepwise multiple linear regressions with workload [METs] as dependent variable.

Stefanie Brighenti-Zogg (2635087)
Jonas Mundwiler (2635093)
Ulla Schüpbach (2635096)
Thomas Dieterle (2551114)
David Paul Wolfer (2635090)
Jörg Daniel Leuppi (2635099)
David Miedinger (330274)

May 2016

<p>Forward stepwise multiple linear regressions with workload [METs] as dependent variable.</p

Multiple linear regression analysis to explain the relationship between DTI and variables considered.

Alessandro De Cassai (6407660)
Francesco Papaccio (6407663)
Giorgia Betteto (6407666)
Chiara Schiavolin (6407669)
Maurizio Iacobone (566171)
Michele Carron (5484881)

February 2019

Multiple linear regression analysis to explain the relationship between DTI and variables considered...

Multivariate linear regression of the the variables with most impact in residential costs.

Denise Razzouk (258067)
Monica Kayo (718709)
Aglaé Sousa (718710)
Guilherme Gregorio (718711)
Hugo Cogo-Moreira (395139)
Andrea Alves Cardoso (718712)
Jair de Jesus Mari (258064)

April 2015

<p>Multivariate linear regression of the the variables with most impact in residential costs.</p

Multivariate linear regression results for factors affecting the scores of MGL scale.

Oriana Awwad (4777317)
Suha AlMuhaissen (13924395)
Ayat Al-Nashwan (13924398)
Salahdein AbuRuz (13924401)

October 2022

Multivariate linear regression results for factors affecting the scores of MGL scale.</p

Multivariate regression model with the dependent variable PPS (Likert scale), N = 1685.

Simone Pisano (4220266)
Pietro Muratori (347209)
Vincenzo Paolo Senese (489502)
Chiara Gorga (6175811)
Margherita Siciliano (6175814)
Marco Carotenuto (6175817)
Raffaella Iuliano (6175820)
Carmela Bravaccio (6100226)
Simona Signoriello (362962)
Antonella Gritti (6175823)
Antonio Pascotto (6175826)
Gennaro Catone (6175829)

January 2019

Multivariate regression model with the dependent variable PPS (Likert scale), N = 1685.</p

Multiple linear regression model having as dependent variable the TDI_score.

Jose Carlos Fernandez-Garcia (586498)
Juan Alcaide (328902)
Concepcion Santiago-Fernandez (3716161)
MM. Roca-Rodriguez (3716170)
Zaida Aguera (3716167)
Rosa Baños (310770)
Cristina Botella (310769)
Rafael de la Torre (125317)
Jose M. Fernandez-Real (3716155)
Gema Fruhbeck (3716158)
Javier Gomez-Ambrosi (3716173)
Susana Jimenez-Murcia (3187032)
Jose M. Menchon (3716152)
Felipe F. Casanueva (130305)
Fernando Fernandez-Aranda (3716164)
Francisco J. Tinahones (141606)
Lourdes Garrido-Sanchez (255921)

February 2017

<p>Multiple linear regression model having as dependent variable the TDI_score.</p

Multiple linear regression analysis evaluating CANRS as the dependent variable.

Tao Yuan (443733)
Jiapei Li (5814941)
Yong Fu (699744)
Tao Xu (3537)
Juan Li (146180)
Xiangqing Wang (2588506)
Ying Zhou (25031)
Yingyue Dong (5814944)
Weigang Zhao (3525176)

October 2018

Multiple linear regression analysis evaluating CANRS as the dependent variable.</p

Multiple linear regression analysis with the psychological scale as a dependent variable.

Yukiko Shiro (4344832)
Young-Chang Arai (4344829)
Tatsunori Ikemoto (340549)
Kazuhiro Hayashi (1910749)

August 2017

<p>Multiple linear regression analysis with the psychological scale as a dependent variable.</p

Multiple Linear Regression Analysis with Serum Phosphorus as the Dependent Variable.

Doron Aronson (388083)
Michael Kapeliovich (388084)
Haim Hammerman (388085)
Robert Dragu (388086)

March 2013

<p>Multiple Linear Regression Analysis with Serum Phosphorus as the Dependent Variable.</p

Multivariate linear regression analyses with circulating LBP as dependent variable.

Hsiao-Ching Nien (3686569)
Shih-Jer Hsu (795205)
Tung-Hung Su (289150)
Po-Jen Yang (2181342)
Jin-Chuan Sheu (3686572)
Jin-Town Wang (123680)
Lu-Ping Chow (172169)
Chi-Ling Chen (379875)
Jia-Horng Kao (85991)
Wei-Shiung Yang (28865)

January 2017

<p>Multivariate linear regression analyses with circulating LBP as dependent variable.</p

Multivariate logistic regression analysis of the variables (Forward conditional).

Huijuan Wang (157737)
Pengjun Zhang (157743)
Weijun Chen (149241)
Dan Feng (157752)
Yanhong Jia (157754)
Lixin Xie (41999)

June 2012

<p>Multivariate logistic regression analysis of the variables (Forward conditional).</p

Result of multiple linear regression analysis using the maximum IOP as a dependent variable.

Fumihiko Mabuchi (94451)
Nakako Mabuchi (4386163)
Yoichi Sakurada (94452)
Seigo Yoneyama (2503747)
Kenji Kashiwagi (94453)
Hiroyuki Iijima (94455)
Zentaro Yamagata (94454)
Mitsuko Takamoto (153461)
Makoto Aihara (153475)
Takeshi Iwata (230562)
Kazuhide Kawase (4386166)
Yukihiro Shiga (724428)
Koji M. Nishiguchi (147632)
Toru Nakazawa (287792)
Mineo Ozaki (531871)
Makoto Araie (88258)

August 2017

<p>Result of multiple linear regression analysis using the maximum IOP as a dependent variable.</p

Multivariate logistic regression analysis of different parameters in the study subjects.

Kamna Srivastava (592425)
Rajiv Narang (592423)
Jagriti Bhatia (592424)
Daman Saluja (199971)

March 2016

<p>Multivariate logistic regression analysis of different parameters in the study subjects.</p

Variables considered in the multivariable logistic regression analysis for PPCs.

Vichaya Champreeda (14485429)
Raymond Hu (8926622)
Brandon Chan (14485432)
Owen Tomasek (14485435)
Yuan-Hong Lin (14485438)
Laurence Weinberg (2960238)
Will Howard (14485441)
Chong O. Tan (14485444)

January 2023

Variables considered in the multivariable logistic regression analysis for PPCs.</p

Multiple linear regression model with health status as dependent variable; weighted data.

Laura Alejandra Rico-Uribe (845421)
Francisco Félix Caballero (144119)
Beatriz Olaya (406275)
Beata Tobiasz-Adamczyk (670540)
Seppo Koskinen (65668)
Matilde Leonardi (670539)
Josep Maria Haro (261375)
Somnath Chatterji (89621)
José Luis Ayuso-Mateos (144126)
Marta Miret (144117)

January 2016

<p>Multiple linear regression model with health status as dependent variable; weighted data.</p

Forward stepwise multiple linear regressions with workload [METs] as dependent variable.

Stefanie Brighenti-Zogg (2635087)
Jonas Mundwiler (2635093)
Ulla Schüpbach (2635096)
Thomas Dieterle (2551114)
David Paul Wolfer (2635090)
Jörg Daniel Leuppi (2635099)
David Miedinger (330274)

May 2016

<p>Forward stepwise multiple linear regressions with workload [METs] as dependent variable.</p

Multiple linear regression analysis to explain the relationship between DTI and variables considered.

Alessandro De Cassai (6407660)
Francesco Papaccio (6407663)
Giorgia Betteto (6407666)
Chiara Schiavolin (6407669)
Maurizio Iacobone (566171)
Michele Carron (5484881)

February 2019

Multiple linear regression analysis to explain the relationship between DTI and variables considered...

Multivariate linear regression of the the variables with most impact in residential costs.

Denise Razzouk (258067)
Monica Kayo (718709)
Aglaé Sousa (718710)
Guilherme Gregorio (718711)
Hugo Cogo-Moreira (395139)
Andrea Alves Cardoso (718712)
Jair de Jesus Mari (258064)

April 2015

<p>Multivariate linear regression of the the variables with most impact in residential costs.</p

Multivariate linear regression results for factors affecting the scores of MGL scale.

Oriana Awwad (4777317)
Suha AlMuhaissen (13924395)
Ayat Al-Nashwan (13924398)
Salahdein AbuRuz (13924401)

October 2022

Multivariate linear regression results for factors affecting the scores of MGL scale.</p

Multivariate regression model with the dependent variable PPS (Likert scale), N = 1685.

Simone Pisano (4220266)
Pietro Muratori (347209)
Vincenzo Paolo Senese (489502)
Chiara Gorga (6175811)
Margherita Siciliano (6175814)
Marco Carotenuto (6175817)
Raffaella Iuliano (6175820)
Carmela Bravaccio (6100226)
Simona Signoriello (362962)
Antonella Gritti (6175823)
Antonio Pascotto (6175826)
Gennaro Catone (6175829)

January 2019

Multivariate regression model with the dependent variable PPS (Likert scale), N = 1685.</p