Ordinal logistic regression model estimating the probability of observing arthritis in the herd at particular true within-herd seroprevalence level.

Prediction of ordinal outcomes when the association between

Statist Med
Mark Lunt

March 2015

There are a number of regression models which are widely used to predict ordinal outcomes. The commo...

Comparison of herd-level logistic regression risk factor models for presumed BVD PI in herd.

Ian G. Handel (212138)
Kim Willoughby (165257)
Fiona Land (348555)
Bronwyn Koterwas (348556)
Kenton L. Morgan (348557)
Vincent N. Tanya (348558)
Barend M. deC. Bronsvoort (348559)

February 2013

Comparison of herd-level logistic regression risk factor models for presumed BVD PI in herd.</p

Multivariate logistic regression model for RVFV seropositivity in livestock.

Luke Nyakarahuka (410291)
Annabelle de St. Maurice (4911451)
Lawrence Purpura (4911454)
Elizabeth Ervin (4427053)
Stephen Balinandi (130360)
Alex Tumusiime (4911457)
Jackson Kyondo (4911460)
Sophia Mulei (3226566)
Patrick Tusiime (4911448)
Julius Lutwama (291407)
John D. Klena (194511)
Shelley Brown (2295415)
Barbara Knust (4427050)
Pierre E. Rollin (125912)
Stuart T. Nichol (130422)
Trevor R. Shoemaker (5172365)

May 2018

Multivariate logistic regression model for RVFV seropositivity in livestock.</p

Relationship between the dissemination of small ruminant lentivirus infection in goat herds and opinion of farmers on the occurrence of arthritis - Fig 2

Michał Czopowicz (713650)
Olga Szaluś-Jordanow (4382248)
Marcin Mickiewicz (4382251)
Agata Moroz (4485775)
Lucjan Witkowski (813003)
Andrzej Bereznowski (5113196)
Iwona Markowska-Daniel (697984)
Emilia Bagnicka (4032857)
Jarosław Kaba (4382254)

September 2018

Probability of observing arthritis in the herd never (light grey line), rarely (dark grey line) or o...

Ordinal logistic regression models of health behaviours by anticipated survival at wave 1, English Longitudinal Study of Ageing.

Jean Adams (16465)
Elaine Stamp (313276)
Daniel Nettle (198938)
Eugene M. G. Milne (2215138)
Carol Jagger (17435)

March 2015

Ordinal logistic regression models of health behaviours by anticipated survival at wave 1, Englis...

Logistic Regression Models For Odds of Reporting an Activity Limiting Musculoskeletal Disorder.

Ramon Hinojosa (3599564)
Melanie Sberna Hinojosa (3599561)

December 2016

Logistic Regression Models For Odds of Reporting an Activity Limiting Musculoskeletal Disorder.</...

Logistic Regression Models For Odds of Reporting an Activity Limiting Musculoskeletal Disorder.

Ramon Hinojosa (3599564)
Melanie Sberna Hinojosa (3599561)

December 2016

Logistic Regression Models For Odds of Reporting an Activity Limiting Musculoskeletal Disorder.</...

Factorial logistic regression models reporting odds ratio (OR), for infection status.

Camila Ihle-Soto (6368915)
Eduardo Costoya (6368918)
Juana P. Correa (6368921)
Antonella Bacigalupo (4953730)
Berenice Cornejo-Villar (6368924)
Viviana Estadella (6368927)
Aldo Solari (263428)
Sylvia Ortiz (323616)
Héctor J. Hernández (6368930)
Carezza Botto-Mahan (6368933)
David E. Gorla (2577805)
Pedro E. Cattan (6368936)

February 2019

Factorial logistic regression models reporting odds ratio (OR), for infection status.</p

Logistic ordinal regression models predicting recommended protective behaviors.

Camille Fritzell (3325305)
Jocelyn Raude (343887)
Antoine Adde (2634577)
Isabelle Dusfour (741917)
Philippe Quenel (2634580)
Claude Flamand (181755)

November 2016

Logistic ordinal regression models predicting recommended protective behaviors.</p

Ordinal and logistic regression models for predictors of longer diagnosis time and delayed diagnosis respectively.

Mary Henry (3178944)
Noêmi GalAn (3178923)
Katherine Teasdale (3178929)
Renata Prado (3178941)
Harpreet Amar (3178926)
Marina S. Rays (3178938)
Lesley Roberts (3178935)
Pedro Siqueira (3178947)
Gilles de Wildt (3178932)
Marcos Virmond (3178950)
Pranab K. Das (2740366)

March 2016

Ordinal and logistic regression models for predictors of longer diagnosis time and delayed diagno...

Logistic regression models for ordinal response: A study of self-efficacy in colorectal cancer screening

Dong, Yongquan

January 2007

The ordinal logistic regression models are used to analyze the dependant variable with multiple outc...

Ordinal logistic regression model for vancomycin associated acute kidney injury.

Brady S. Moffett (5814566)
Jennifer Morris (3459917)
Charissa Kam (5814569)
Marianne Galati (5814572)
Ankhi Dutta (5814575)
Ayse Akcan-Arikan (5814578)

October 2018

Ordinal logistic regression model for vancomycin associated acute kidney injury.</p

Using Binary Logistic Regression Models for Ordinal Data with Non-Proportional Odds

Ralf Bender
Ulrich Grouven

January 1998

ABSTRACT. The proportional odds model (POM) is the most popular logistic regression model for analyz...

A tutorial on selecting and interpreting predictive models for ordinal health-related outcomes

Guzman-Castillo, Maria
Brailsford, Sally
Luke, Michelle
Smith, Honora

December 2015

Ordinal variables are very often objects of study in health sciences. However, due to the lack of di...

A tutorial on selecting and interpreting predictive models for ordinal health-related outcomes

Guzman-Castillo, Maria
Brailsford, Sally
Luke, Michelle
Smith, Honora

June 2015

Ordinal variables are very often objects of study in health sciences. However, due to the lack of di...

Prediction of ordinal outcomes when the association between

Statist Med
Mark Lunt

March 2015

There are a number of regression models which are widely used to predict ordinal outcomes. The commo...

Comparison of herd-level logistic regression risk factor models for presumed BVD PI in herd.

Ian G. Handel (212138)
Kim Willoughby (165257)
Fiona Land (348555)
Bronwyn Koterwas (348556)
Kenton L. Morgan (348557)
Vincent N. Tanya (348558)
Barend M. deC. Bronsvoort (348559)

February 2013

Comparison of herd-level logistic regression risk factor models for presumed BVD PI in herd.</p

Multivariate logistic regression model for RVFV seropositivity in livestock.

Luke Nyakarahuka (410291)
Annabelle de St. Maurice (4911451)
Lawrence Purpura (4911454)
Elizabeth Ervin (4427053)
Stephen Balinandi (130360)
Alex Tumusiime (4911457)
Jackson Kyondo (4911460)
Sophia Mulei (3226566)
Patrick Tusiime (4911448)
Julius Lutwama (291407)
John D. Klena (194511)
Shelley Brown (2295415)
Barbara Knust (4427050)
Pierre E. Rollin (125912)
Stuart T. Nichol (130422)
Trevor R. Shoemaker (5172365)

May 2018

Multivariate logistic regression model for RVFV seropositivity in livestock.</p

Relationship between the dissemination of small ruminant lentivirus infection in goat herds and opinion of farmers on the occurrence of arthritis - Fig 2

Michał Czopowicz (713650)
Olga Szaluś-Jordanow (4382248)
Marcin Mickiewicz (4382251)
Agata Moroz (4485775)
Lucjan Witkowski (813003)
Andrzej Bereznowski (5113196)
Iwona Markowska-Daniel (697984)
Emilia Bagnicka (4032857)
Jarosław Kaba (4382254)

September 2018

Probability of observing arthritis in the herd never (light grey line), rarely (dark grey line) or o...

Ordinal logistic regression models of health behaviours by anticipated survival at wave 1, English Longitudinal Study of Ageing.

Jean Adams (16465)
Elaine Stamp (313276)
Daniel Nettle (198938)
Eugene M. G. Milne (2215138)
Carol Jagger (17435)

March 2015

Ordinal logistic regression models of health behaviours by anticipated survival at wave 1, Englis...

Logistic Regression Models For Odds of Reporting an Activity Limiting Musculoskeletal Disorder.

Ramon Hinojosa (3599564)
Melanie Sberna Hinojosa (3599561)

December 2016

Logistic Regression Models For Odds of Reporting an Activity Limiting Musculoskeletal Disorder.</...

Logistic Regression Models For Odds of Reporting an Activity Limiting Musculoskeletal Disorder.

Ramon Hinojosa (3599564)
Melanie Sberna Hinojosa (3599561)

December 2016

Logistic Regression Models For Odds of Reporting an Activity Limiting Musculoskeletal Disorder.</...

Factorial logistic regression models reporting odds ratio (OR), for infection status.

Camila Ihle-Soto (6368915)
Eduardo Costoya (6368918)
Juana P. Correa (6368921)
Antonella Bacigalupo (4953730)
Berenice Cornejo-Villar (6368924)
Viviana Estadella (6368927)
Aldo Solari (263428)
Sylvia Ortiz (323616)
Héctor J. Hernández (6368930)
Carezza Botto-Mahan (6368933)
David E. Gorla (2577805)
Pedro E. Cattan (6368936)

February 2019

Factorial logistic regression models reporting odds ratio (OR), for infection status.</p

Logistic ordinal regression models predicting recommended protective behaviors.

Camille Fritzell (3325305)
Jocelyn Raude (343887)
Antoine Adde (2634577)
Isabelle Dusfour (741917)
Philippe Quenel (2634580)
Claude Flamand (181755)

November 2016

Logistic ordinal regression models predicting recommended protective behaviors.</p

Ordinal and logistic regression models for predictors of longer diagnosis time and delayed diagnosis respectively.

Mary Henry (3178944)
Noêmi GalAn (3178923)
Katherine Teasdale (3178929)
Renata Prado (3178941)
Harpreet Amar (3178926)
Marina S. Rays (3178938)
Lesley Roberts (3178935)
Pedro Siqueira (3178947)
Gilles de Wildt (3178932)
Marcos Virmond (3178950)
Pranab K. Das (2740366)

March 2016

Ordinal and logistic regression models for predictors of longer diagnosis time and delayed diagno...

Logistic regression models for ordinal response: A study of self-efficacy in colorectal cancer screening

Dong, Yongquan

January 2007

The ordinal logistic regression models are used to analyze the dependant variable with multiple outc...

Ordinal logistic regression model for vancomycin associated acute kidney injury.

Brady S. Moffett (5814566)
Jennifer Morris (3459917)
Charissa Kam (5814569)
Marianne Galati (5814572)
Ankhi Dutta (5814575)
Ayse Akcan-Arikan (5814578)

October 2018

Ordinal logistic regression model for vancomycin associated acute kidney injury.</p

Using Binary Logistic Regression Models for Ordinal Data with Non-Proportional Odds

Ralf Bender
Ulrich Grouven

January 1998

ABSTRACT. The proportional odds model (POM) is the most popular logistic regression model for analyz...

A tutorial on selecting and interpreting predictive models for ordinal health-related outcomes

Guzman-Castillo, Maria
Brailsford, Sally
Luke, Michelle
Smith, Honora

December 2015

Ordinal variables are very often objects of study in health sciences. However, due to the lack of di...

A tutorial on selecting and interpreting predictive models for ordinal health-related outcomes

Guzman-Castillo, Maria
Brailsford, Sally
Luke, Michelle
Smith, Honora

June 2015

Ordinal variables are very often objects of study in health sciences. However, due to the lack of di...

Prediction of ordinal outcomes when the association between

Statist Med
Mark Lunt

March 2015

There are a number of regression models which are widely used to predict ordinal outcomes. The commo...

Comparison of herd-level logistic regression risk factor models for presumed BVD PI in herd.

Ian G. Handel (212138)
Kim Willoughby (165257)
Fiona Land (348555)
Bronwyn Koterwas (348556)
Kenton L. Morgan (348557)
Vincent N. Tanya (348558)
Barend M. deC. Bronsvoort (348559)

February 2013

Comparison of herd-level logistic regression risk factor models for presumed BVD PI in herd.</p

Multivariate logistic regression model for RVFV seropositivity in livestock.

Luke Nyakarahuka (410291)
Annabelle de St. Maurice (4911451)
Lawrence Purpura (4911454)
Elizabeth Ervin (4427053)
Stephen Balinandi (130360)
Alex Tumusiime (4911457)
Jackson Kyondo (4911460)
Sophia Mulei (3226566)
Patrick Tusiime (4911448)
Julius Lutwama (291407)
John D. Klena (194511)
Shelley Brown (2295415)
Barbara Knust (4427050)
Pierre E. Rollin (125912)
Stuart T. Nichol (130422)
Trevor R. Shoemaker (5172365)

May 2018

Multivariate logistic regression model for RVFV seropositivity in livestock.</p

Ordinal logistic regression model estimating the probability of observing arthritis in the herd at particular true within-herd seroprevalence level.

Abstract

Extracted data

Ordinal logistic regression model estimating the probability of observing arthritis in the herd at particular true within-herd seroprevalence level.

Abstract

Extracted data

Related items

Related items