Logistic Regression Analysis using serum protein concentration, before and after adjusting for covariates.

Results of logistic regression model of inflammatory parameters on serum 25(OH)D concentrations.

Helen F. Titmarsh (791256)
Adam G. Gow (505044)
Scott Kilpatrick (738567)
Jennifer A. Cartwright (791257)
Elspeth M. Milne (332891)
Adrian W. Philbey (253459)
Jacqueline Berry (738573)
Ian Handel (330129)
Richard J. Mellanby (492887)

September 2015

*denotes statistical significance P<0.05Results of logistic regression model of inflammato...

Logistic Regression Analysis with hs-CRP as the Outcome Variable and Anthropometric and Metabolic Variables as Co-variates.

Priyanka Nigam (289239)
Surya P. Bhatt (289240)
Anoop Misra (289241)
Meera Vaidya (289243)
Jharna Dasgupta (289245)
Davinder Singh Chadha (289249)

February 2013

Logistic Regression Analysis with hs-CRP as the Outcome Variable and Anthropometric and Metabolic...

Crude and adjusted logistic regression analyses with anxiety as the dependent variable.

Maria Fagerbakke Eldevik (446609)
Elisabeth Flo (327573)
Bente Elisabeth Moen (327575)
Ståle Pallesen (35253)
Bjørn Bjorvatn (35254)

August 2013

Crude and adjusted logistic regression analyses with anxiety as the dependent variable.</p

Logistic regression analysis of serum ALP in the presence of SLI and MS-cWMH.

Han-Bin Lee (828365)
Jinkwon Kim (828366)
Sang-Heum Kim (828367)
Soonhag Kim (602122)
Ok-Joon Kim (128403)
Seung-Hun Oh (128390)

November 2015

Logistic regression analysis of serum ALP in the presence of SLI and MS-cWMH.</p

Logistic Regression Analysis of correlates of detectable viremia>50 copies/mL at T0, multivariable analysis.

Laura Marije Hofstra (651244)
Tania Mudrikova (651245)
Arjen J. Stam (651246)
Sigrid Otto (651247)
Kiki Tesselaar (651248)
Monique Nijhuis (89548)
Annemarie M. J. Wensing (105565)

October 2014

Logistic Regression Analysis of correlates of detectable viremia>50 copies/mL at T0, multivariabl...

Logistic regression analyses of the baseline factors and radioactive iodine-refractory.

Chen Wang (88408)
Xin Zhang (35492)
Hui Li (32376)
Xin Li (51274)
Yansong Lin (2605975)

July 2017

Logistic regression analyses of the baseline factors and radioactive iodine-refractory.</p

Logistic regression analysis evaluating factors associated with presence of proteinuria in systemic lupus erythematosus (SLE).

Valeria Diaz-Rizo (4429984)
David Bonilla-Lara (4429966)
Laura Gonzalez-Lopez (4429972)
Dalia Sanchez-Mosco (4429945)
Nicte S. Fajardo-Robledo (4429969)
Edsaul E. Perez-Guerrero (4429951)
N. Alejandra Rodriguez-Jimenez (4429978)
A. Miriam Saldaña-Cruz (4429942)
M. Luisa Vazquez-Villegas (4429957)
Eduardo Gomez-Bañuelos (4429948)
Monica Vazquez-Del Mercado (4429987)
E. German Cardona-Muñoz (4429981)
David Cardona-Muller (4429960)
Xochitl Trujillo (4429963)
Miguel Huerta (2605756)
Mario Salazar-Paramo (4429975)
Jorge I. Gamez-Nava (4429954)

September 2017

Logistic regression analysis evaluating factors associated with presence of proteinuria in system...

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

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

Logistic regression analysis of the four variables as predictive factors for IFX therapeutic response.

Katsuyoshi Matsuoka (185806)
Shunsuke Hamada (557882)
Mikiko Shimizu (205878)
Kosaku Nanki (4573987)
Shinta Mizuno (505067)
Hiroki Kiyohara (741618)
Mari Arai (2489851)
Shinya Sugimoto (4573990)
Yasushi Iwao (185815)
Haruhiko Ogata (185813)
Tadakazu Hisamatsu (185798)
Makoto Naganuma (760340)
Takanori Kanai (185812)
Mayumi Mochizuki (586821)
Masayuki Hashiguchi (707999)

October 2018

Logistic regression analysis of the four variables as predictive factors for IFX therapeutic respons...

Logistic regression analysis for numbers of markers corresponding to the risk of presentation with TE ≥12.8kPa in the test cohort.

Marcin Krawczyk (258665)
Simone Zimmermann (3841924)
Georg Hess (3841930)
Robert Holz (3841927)
Marc Dauer (3841921)
Jochen Raedle (22857)
Frank Lammert (2875)
Frank Grünhage (340128)

March 2017

Logistic regression analysis for numbers of markers corresponding to the risk of presentation wit...

The results of the multivariate logistic regression analysis of factors associated with the reduction of HbA1c.

Yukimi Otsuka (5142788)
Chikako Kiyohara (2286292)
Yusuke Kashiwado (5142800)
Takuya Sawabe (5142797)
Shuji Nagano (5142791)
Yasutaka Kimoto (2286304)
Masahiro Ayano (5142794)
Hiroki Mitoma (2286301)
Mitsuteru Akahoshi (3437669)
Yojiro Arinobu (3437666)
Hiroaki Niiro (807935)
Koichi Akashi (168078)
Takahiko Horiuchi (186336)

April 2018

The results of the multivariate logistic regression analysis of factors associated with the reduc...

Logistic regression analysis of associations between variables and ELISA test results.

Esteban Cruz-Arenas (4867042)
Elizabeth Cabrera-Ruiz (11268902)
Sara Laguna-Barcenas (11268905)
Claudia A. Colin-Castro (10318700)
Tatiana Chavez (11268908)
Rafael Franco-Cendejas (6508286)
Clemente Ibarra (744734)
Javier Perez-Orive (11268911)

August 2021

Logistic regression analysis of associations between variables and ELISA test results.</p

Logistic regression analysis between leptin and BMI and variation of gas exchange parameters.

Michele Carron (5484881)
Giovanna Ieppariello (5285108)
Gabriele Martelli (5285111)
Giulia Gabellini (5285114)
Mirto Foletto (1572175)
Egle Perissinotto (325310)
Carlo Ori (5285105)

July 2018

Logistic regression analysis between leptin and BMI and variation of gas exchange parameters.</p

Logistic regression analysis of low serum zinc concentration for the use of cardiac or respiratory assist devices.

Toshitaka Okabe (5703302)
Tadayuki Yakushiji (5703305)
Suguru Shimazu (5703308)
Jumpei Saito (448927)
Taro Kimura (1929226)
Yuji Oyama (5703311)
Wataru Igawa (5703314)
Morio Ono (5703317)
Takehiko Kido (5703320)
Seitaro Ebara (5703323)
Kennosuke Yamashita (5703326)
Myong Hwa Yamamoto (5703329)
Kisaki Amemiya (5703332)
Naoei Isomura (5703335)
Masahiko Ochiai (2664016)

August 2018

Logistic regression analysis of low serum zinc concentration for the use of cardiac or respiratory a...

Correlation and multivariate linear regression analysis between the change of lipopolysaccharide-binding protein concentration and the change of the indicated variables with one-year weight management.

Hsiao-Ching Nien (3686569)
Jin-Chuan Sheu (3686572)
Yu-Chiao Chi (443794)
Chi-Ling Chen (379875)
Jia-Horng Kao (85991)
Wei-Shiung Yang (28865)

November 2018

Correlation and multivariate linear regression analysis between the change of lipopolysaccharide-bin...

Results of logistic regression model of inflammatory parameters on serum 25(OH)D concentrations.

Helen F. Titmarsh (791256)
Adam G. Gow (505044)
Scott Kilpatrick (738567)
Jennifer A. Cartwright (791257)
Elspeth M. Milne (332891)
Adrian W. Philbey (253459)
Jacqueline Berry (738573)
Ian Handel (330129)
Richard J. Mellanby (492887)

September 2015

*denotes statistical significance P<0.05Results of logistic regression model of inflammato...

Logistic Regression Analysis with hs-CRP as the Outcome Variable and Anthropometric and Metabolic Variables as Co-variates.

Priyanka Nigam (289239)
Surya P. Bhatt (289240)
Anoop Misra (289241)
Meera Vaidya (289243)
Jharna Dasgupta (289245)
Davinder Singh Chadha (289249)

February 2013

Logistic Regression Analysis with hs-CRP as the Outcome Variable and Anthropometric and Metabolic...

Crude and adjusted logistic regression analyses with anxiety as the dependent variable.

Maria Fagerbakke Eldevik (446609)
Elisabeth Flo (327573)
Bente Elisabeth Moen (327575)
Ståle Pallesen (35253)
Bjørn Bjorvatn (35254)

August 2013

Crude and adjusted logistic regression analyses with anxiety as the dependent variable.</p

Logistic regression analysis of serum ALP in the presence of SLI and MS-cWMH.

Han-Bin Lee (828365)
Jinkwon Kim (828366)
Sang-Heum Kim (828367)
Soonhag Kim (602122)
Ok-Joon Kim (128403)
Seung-Hun Oh (128390)

November 2015

Logistic regression analysis of serum ALP in the presence of SLI and MS-cWMH.</p

Logistic Regression Analysis of correlates of detectable viremia>50 copies/mL at T0, multivariable analysis.

Laura Marije Hofstra (651244)
Tania Mudrikova (651245)
Arjen J. Stam (651246)
Sigrid Otto (651247)
Kiki Tesselaar (651248)
Monique Nijhuis (89548)
Annemarie M. J. Wensing (105565)

October 2014

Logistic Regression Analysis of correlates of detectable viremia>50 copies/mL at T0, multivariabl...

Logistic regression analyses of the baseline factors and radioactive iodine-refractory.

Chen Wang (88408)
Xin Zhang (35492)
Hui Li (32376)
Xin Li (51274)
Yansong Lin (2605975)

July 2017

Logistic regression analyses of the baseline factors and radioactive iodine-refractory.</p

Logistic regression analysis evaluating factors associated with presence of proteinuria in systemic lupus erythematosus (SLE).

Valeria Diaz-Rizo (4429984)
David Bonilla-Lara (4429966)
Laura Gonzalez-Lopez (4429972)
Dalia Sanchez-Mosco (4429945)
Nicte S. Fajardo-Robledo (4429969)
Edsaul E. Perez-Guerrero (4429951)
N. Alejandra Rodriguez-Jimenez (4429978)
A. Miriam Saldaña-Cruz (4429942)
M. Luisa Vazquez-Villegas (4429957)
Eduardo Gomez-Bañuelos (4429948)
Monica Vazquez-Del Mercado (4429987)
E. German Cardona-Muñoz (4429981)
David Cardona-Muller (4429960)
Xochitl Trujillo (4429963)
Miguel Huerta (2605756)
Mario Salazar-Paramo (4429975)
Jorge I. Gamez-Nava (4429954)

September 2017

Logistic regression analysis evaluating factors associated with presence of proteinuria in system...

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

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

Logistic regression analysis of the four variables as predictive factors for IFX therapeutic response.

Katsuyoshi Matsuoka (185806)
Shunsuke Hamada (557882)
Mikiko Shimizu (205878)
Kosaku Nanki (4573987)
Shinta Mizuno (505067)
Hiroki Kiyohara (741618)
Mari Arai (2489851)
Shinya Sugimoto (4573990)
Yasushi Iwao (185815)
Haruhiko Ogata (185813)
Tadakazu Hisamatsu (185798)
Makoto Naganuma (760340)
Takanori Kanai (185812)
Mayumi Mochizuki (586821)
Masayuki Hashiguchi (707999)

October 2018

Logistic regression analysis of the four variables as predictive factors for IFX therapeutic respons...

Logistic regression analysis for numbers of markers corresponding to the risk of presentation with TE ≥12.8kPa in the test cohort.

Marcin Krawczyk (258665)
Simone Zimmermann (3841924)
Georg Hess (3841930)
Robert Holz (3841927)
Marc Dauer (3841921)
Jochen Raedle (22857)
Frank Lammert (2875)
Frank Grünhage (340128)

March 2017

Logistic regression analysis for numbers of markers corresponding to the risk of presentation wit...

The results of the multivariate logistic regression analysis of factors associated with the reduction of HbA1c.

Yukimi Otsuka (5142788)
Chikako Kiyohara (2286292)
Yusuke Kashiwado (5142800)
Takuya Sawabe (5142797)
Shuji Nagano (5142791)
Yasutaka Kimoto (2286304)
Masahiro Ayano (5142794)
Hiroki Mitoma (2286301)
Mitsuteru Akahoshi (3437669)
Yojiro Arinobu (3437666)
Hiroaki Niiro (807935)
Koichi Akashi (168078)
Takahiko Horiuchi (186336)

April 2018

The results of the multivariate logistic regression analysis of factors associated with the reduc...

Logistic regression analysis of associations between variables and ELISA test results.

Esteban Cruz-Arenas (4867042)
Elizabeth Cabrera-Ruiz (11268902)
Sara Laguna-Barcenas (11268905)
Claudia A. Colin-Castro (10318700)
Tatiana Chavez (11268908)
Rafael Franco-Cendejas (6508286)
Clemente Ibarra (744734)
Javier Perez-Orive (11268911)

August 2021

Logistic regression analysis of associations between variables and ELISA test results.</p

Logistic regression analysis between leptin and BMI and variation of gas exchange parameters.

Michele Carron (5484881)
Giovanna Ieppariello (5285108)
Gabriele Martelli (5285111)
Giulia Gabellini (5285114)
Mirto Foletto (1572175)
Egle Perissinotto (325310)
Carlo Ori (5285105)

July 2018

Logistic regression analysis between leptin and BMI and variation of gas exchange parameters.</p

Logistic regression analysis of low serum zinc concentration for the use of cardiac or respiratory assist devices.

Toshitaka Okabe (5703302)
Tadayuki Yakushiji (5703305)
Suguru Shimazu (5703308)
Jumpei Saito (448927)
Taro Kimura (1929226)
Yuji Oyama (5703311)
Wataru Igawa (5703314)
Morio Ono (5703317)
Takehiko Kido (5703320)
Seitaro Ebara (5703323)
Kennosuke Yamashita (5703326)
Myong Hwa Yamamoto (5703329)
Kisaki Amemiya (5703332)
Naoei Isomura (5703335)
Masahiko Ochiai (2664016)

August 2018

Logistic regression analysis of low serum zinc concentration for the use of cardiac or respiratory a...

Correlation and multivariate linear regression analysis between the change of lipopolysaccharide-binding protein concentration and the change of the indicated variables with one-year weight management.

Hsiao-Ching Nien (3686569)
Jin-Chuan Sheu (3686572)
Yu-Chiao Chi (443794)
Chi-Ling Chen (379875)
Jia-Horng Kao (85991)
Wei-Shiung Yang (28865)

November 2018

Correlation and multivariate linear regression analysis between the change of lipopolysaccharide-bin...

Results of logistic regression model of inflammatory parameters on serum 25(OH)D concentrations.

Helen F. Titmarsh (791256)
Adam G. Gow (505044)
Scott Kilpatrick (738567)
Jennifer A. Cartwright (791257)
Elspeth M. Milne (332891)
Adrian W. Philbey (253459)
Jacqueline Berry (738573)
Ian Handel (330129)
Richard J. Mellanby (492887)

September 2015

*denotes statistical significance P<0.05Results of logistic regression model of inflammato...

Logistic Regression Analysis with hs-CRP as the Outcome Variable and Anthropometric and Metabolic Variables as Co-variates.

Priyanka Nigam (289239)
Surya P. Bhatt (289240)
Anoop Misra (289241)
Meera Vaidya (289243)
Jharna Dasgupta (289245)
Davinder Singh Chadha (289249)

February 2013

Logistic Regression Analysis with hs-CRP as the Outcome Variable and Anthropometric and Metabolic...

Crude and adjusted logistic regression analyses with anxiety as the dependent variable.

Maria Fagerbakke Eldevik (446609)
Elisabeth Flo (327573)
Bente Elisabeth Moen (327575)
Ståle Pallesen (35253)
Bjørn Bjorvatn (35254)

August 2013

Crude and adjusted logistic regression analyses with anxiety as the dependent variable.</p

Logistic Regression Analysis using serum protein concentration, before and after adjusting for covariates.

Abstract

Extracted data

Logistic Regression Analysis using serum protein concentration, before and after adjusting for covariates.

Abstract

Extracted data

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