Logistic regression analyses of the association between health complaints at baseline and persistent musculoskeletal pain a at 2-year follow-up.

Logistic regression analysis for endpoint osteoarticular infection adjusted for age, study center, sex, comorbidity, mode of acquisition and methicillin resistance.

Siegbert Rieg (445802)
Daniel Jonas (225394)
Achim J. Kaasch (445803)
Christine Porzelius (445804)
Gabriele Peyerl-Hoffmann (445805)
Christian Theilacker (227175)
Marc-Fabian Küpper (445806)
Christian Schneider (445807)
Harald Seifert (124680)
Winfried V. Kern (208415)

August 2013

Logistic regression analysis for endpoint osteoarticular infection adjusted for age, study center...

Association between health care utilization and musculoskeletal pain : A 21-year follow-up of a population cohort

Emilson, Christina
Åsenlöf, Pernilla
Demmelmaier, Ingrid
Bergman, Stefan

January 2020

Background and aims: Few studies have reported the long-term impact of chronic pain on health care u...

Association between social capital and prevalence of severe pain within the last 12 months, results of a logistic regression model.

Johanna Muckenhuber (418249)
Lorenz Pollak (2847260)
Katharina Viktoria Stein (2847263)
Thomas Ernst Dorner (776119)

June 2016

Association between social capital and prevalence of severe pain within the last 12 months, resul...

Logistic regression analyses of the association between the number of health complaints at baseline and persistent musculoskeletal pain a at 2-year follow-up.

Kaja Smedbråten (5677250)
Margreth Grotle (4689373)
Henriette Jahre (11268863)
Kåre Rønn Richardsen (9316892)
Pierre Côté (4455304)
Ólöf Anna Steingrímsdóttir (11947496)
Kjersti Storheim (3470510)
Christopher Sivert Nielsen (5348945)
Britt Elin Øiestad (8955137)

December 2022

Logistic regression analyses of the association between the number of health complaints at baseline ...

Logistic Regression Analysis for Factors associated with having a previous sore.

Jocelyn R. Wilder (618019)
Duane T. Wegener (618020)
Michael Z. David (290834)
Charles Macal (618021)
Robert Daum (618022)
Diane S. Lauderdale (120957)

August 2014

Logistic Regression Analysis for Factors associated with having a previous sore.</p

Hierarchical linear regression analysis for predictors of pain intensity (0 to 10 NRS) in 357 chronic musculoskeletal pain patients.

Sang Jun Park (484359)
Duck Mi Yoon (3123840)
Kyung Bong Yoon (3123837)
Ji Ae Moon (3123831)
Shin Hyung Kim (3123834)

September 2016

Hierarchical linear regression analysis for predictors of pain intensity (0 to 10 NRS) in 357 chr...

Regression Analysis Examining the Relationship Between Adaptation Status, Mental Distress and Severe Musculoskeletal Pain.

Oddgeir Friborg (499584)
Nina Emaus (634463)
Jan H. Rosenvinge (790025)
Unni Bilden (790026)
Jan Abel Olsen (790027)
Gunn Pettersen (790028)

August 2015

Notes. The HSCL-10 (Hopkins Symptom Check List) variable was log transformed.* p...

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.</...

Regression analysis of the association between severe knee osteoarthritis, knee pain, and health-related quality of life.

Saad M. Bindawas (5220728)
Vishal Vennu (5220740)
Saud Alfhadel (5220737)
Ali D. Al-Otaibi (5220731)
Ahmad S. Binnasser (5220734)

May 2018

Regression analysis of the association between severe knee osteoarthritis, knee pain, and health-...

Association between low back pain and the minimum cross-sectional area in each logistic regression model.

Hiroki Iwahashi (3128889)
Noriko Yoshimura (3409)
Hiroshi Hashizume (188480)
Hiroshi Yamada (565524)
Hiroyuki Oka (716601)
Ko Matsudaira (154930)
Kazunori Shinto (3143517)
Yuyu Ishimoto (2141089)
Keiji Nagata (2141080)
Masatoshi Teraguchi (2141086)
Ryohei Kagotani (2141077)
Shigeyuki Muraki (2141092)
Toru Akune (2141083)
Sakae Tanaka (35403)
Hiroshi Kawaguchi (33997)
Kozo Nakamura (34002)
Akihito Minamide (2141095)
Yukihiro Nakagawa (3143514)
Munehito Yoshida (80814)

August 2016

Association between low back pain and the minimum cross-sectional area in each logistic regressio...

Logistic regression analysis predicting the incidence of back pain at T3 relative to T2.

Maayan Agmon (607453)
Galit Armon (607454)

August 2014

N = 1,714.*P<0.05.Data are given as odds ratio, 95% confidence interval.</p

Logistic regression analysis of the association between hearing impairment and low back pain.

Hye-Mi Noh (4569232)
Yi Hwa Choi (16955140)
Jee Hye Wee (9423000)
Hong Ji Song (16955143)
Hye-Ji An (16955146)
Keum Ji Kim (16955149)
Soo Kyung Lee (16955152)
Min Soo Jang (16955155)
Nayoung Yeon (16955158)

September 2023

Logistic regression analysis of the association between hearing impairment and low back pain.</p

Multivariable ordinal logistic regression of factors associated with back pain intensity, adults 50+ years, pooled, SAGE Wave 1 (N = 8,815).

Jennifer Stewart Williams (171512)
Nawi Ng (296646)
Karl Peltzer (520634)
Alfred Yawson (749768)
Richard Biritwum (749769)
Tamara Maximova (749770)
Fan Wu (43375)
Perianayagam Arokiasamy (474338)
Paul Kowal (144124)
Somnath Chatterji (89621)

June 2015

aConfidence Interval*** <0.01**<0.05*p<0.1Variance Inflati...

Multivariable logistic regression of factors associated with back pain prevalence, adults 50+ years, pooled, SAGE Wave 1 (N = 30,146).

Jennifer Stewart Williams (171512)
Nawi Ng (296646)
Karl Peltzer (520634)
Alfred Yawson (749768)
Richard Biritwum (749769)
Tamara Maximova (749770)
Fan Wu (43375)
Perianayagam Arokiasamy (474338)
Paul Kowal (144124)
Somnath Chatterji (89621)

June 2015

aConfidence Interval*** <0.01**p<0.05*p<0.1Variance Inflat...

Multivariable logistic regression analyses for 3-year subjective improvement in lumbar spinal stenosis symptoms through nonsurgical treatment.

Ko Matsudaira (154930)
Nobuhiro Hara (716607)
Hiroyuki Oka (716601)
Junichi Kunogi (716604)
Takashi Yamazaki (350425)
Katsushi Takeshita (464745)
Seichi Atsushi (849483)
Sakae Tanaka (35403)

February 2016

Multivariable logistic regression analyses for 3-year subjective improvement in lumbar spinal ste...

Logistic regression analysis for endpoint osteoarticular infection adjusted for age, study center, sex, comorbidity, mode of acquisition and methicillin resistance.

Siegbert Rieg (445802)
Daniel Jonas (225394)
Achim J. Kaasch (445803)
Christine Porzelius (445804)
Gabriele Peyerl-Hoffmann (445805)
Christian Theilacker (227175)
Marc-Fabian Küpper (445806)
Christian Schneider (445807)
Harald Seifert (124680)
Winfried V. Kern (208415)

August 2013

Logistic regression analysis for endpoint osteoarticular infection adjusted for age, study center...

Association between health care utilization and musculoskeletal pain : A 21-year follow-up of a population cohort

Emilson, Christina
Åsenlöf, Pernilla
Demmelmaier, Ingrid
Bergman, Stefan

January 2020

Background and aims: Few studies have reported the long-term impact of chronic pain on health care u...

Association between social capital and prevalence of severe pain within the last 12 months, results of a logistic regression model.

Johanna Muckenhuber (418249)
Lorenz Pollak (2847260)
Katharina Viktoria Stein (2847263)
Thomas Ernst Dorner (776119)

June 2016

Association between social capital and prevalence of severe pain within the last 12 months, resul...

Logistic regression analyses of the association between the number of health complaints at baseline and persistent musculoskeletal pain a at 2-year follow-up.

Kaja Smedbråten (5677250)
Margreth Grotle (4689373)
Henriette Jahre (11268863)
Kåre Rønn Richardsen (9316892)
Pierre Côté (4455304)
Ólöf Anna Steingrímsdóttir (11947496)
Kjersti Storheim (3470510)
Christopher Sivert Nielsen (5348945)
Britt Elin Øiestad (8955137)

December 2022

Logistic regression analyses of the association between the number of health complaints at baseline ...

Logistic Regression Analysis for Factors associated with having a previous sore.

Jocelyn R. Wilder (618019)
Duane T. Wegener (618020)
Michael Z. David (290834)
Charles Macal (618021)
Robert Daum (618022)
Diane S. Lauderdale (120957)

August 2014

Logistic Regression Analysis for Factors associated with having a previous sore.</p

Hierarchical linear regression analysis for predictors of pain intensity (0 to 10 NRS) in 357 chronic musculoskeletal pain patients.

Sang Jun Park (484359)
Duck Mi Yoon (3123840)
Kyung Bong Yoon (3123837)
Ji Ae Moon (3123831)
Shin Hyung Kim (3123834)

September 2016

Hierarchical linear regression analysis for predictors of pain intensity (0 to 10 NRS) in 357 chr...

Regression Analysis Examining the Relationship Between Adaptation Status, Mental Distress and Severe Musculoskeletal Pain.

Oddgeir Friborg (499584)
Nina Emaus (634463)
Jan H. Rosenvinge (790025)
Unni Bilden (790026)
Jan Abel Olsen (790027)
Gunn Pettersen (790028)

August 2015

Notes. The HSCL-10 (Hopkins Symptom Check List) variable was log transformed.* p...

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.</...

Regression analysis of the association between severe knee osteoarthritis, knee pain, and health-related quality of life.

Saad M. Bindawas (5220728)
Vishal Vennu (5220740)
Saud Alfhadel (5220737)
Ali D. Al-Otaibi (5220731)
Ahmad S. Binnasser (5220734)

May 2018

Regression analysis of the association between severe knee osteoarthritis, knee pain, and health-...

Association between low back pain and the minimum cross-sectional area in each logistic regression model.

Hiroki Iwahashi (3128889)
Noriko Yoshimura (3409)
Hiroshi Hashizume (188480)
Hiroshi Yamada (565524)
Hiroyuki Oka (716601)
Ko Matsudaira (154930)
Kazunori Shinto (3143517)
Yuyu Ishimoto (2141089)
Keiji Nagata (2141080)
Masatoshi Teraguchi (2141086)
Ryohei Kagotani (2141077)
Shigeyuki Muraki (2141092)
Toru Akune (2141083)
Sakae Tanaka (35403)
Hiroshi Kawaguchi (33997)
Kozo Nakamura (34002)
Akihito Minamide (2141095)
Yukihiro Nakagawa (3143514)
Munehito Yoshida (80814)

August 2016

Association between low back pain and the minimum cross-sectional area in each logistic regressio...

Logistic regression analysis predicting the incidence of back pain at T3 relative to T2.

Maayan Agmon (607453)
Galit Armon (607454)

August 2014

N = 1,714.*P<0.05.Data are given as odds ratio, 95% confidence interval.</p

Logistic regression analysis of the association between hearing impairment and low back pain.

Hye-Mi Noh (4569232)
Yi Hwa Choi (16955140)
Jee Hye Wee (9423000)
Hong Ji Song (16955143)
Hye-Ji An (16955146)
Keum Ji Kim (16955149)
Soo Kyung Lee (16955152)
Min Soo Jang (16955155)
Nayoung Yeon (16955158)

September 2023

Logistic regression analysis of the association between hearing impairment and low back pain.</p

Multivariable ordinal logistic regression of factors associated with back pain intensity, adults 50+ years, pooled, SAGE Wave 1 (N = 8,815).

Jennifer Stewart Williams (171512)
Nawi Ng (296646)
Karl Peltzer (520634)
Alfred Yawson (749768)
Richard Biritwum (749769)
Tamara Maximova (749770)
Fan Wu (43375)
Perianayagam Arokiasamy (474338)
Paul Kowal (144124)
Somnath Chatterji (89621)

June 2015

aConfidence Interval*** <0.01**<0.05*p<0.1Variance Inflati...

Multivariable logistic regression of factors associated with back pain prevalence, adults 50+ years, pooled, SAGE Wave 1 (N = 30,146).

Jennifer Stewart Williams (171512)
Nawi Ng (296646)
Karl Peltzer (520634)
Alfred Yawson (749768)
Richard Biritwum (749769)
Tamara Maximova (749770)
Fan Wu (43375)
Perianayagam Arokiasamy (474338)
Paul Kowal (144124)
Somnath Chatterji (89621)

June 2015

aConfidence Interval*** <0.01**p<0.05*p<0.1Variance Inflat...

Multivariable logistic regression analyses for 3-year subjective improvement in lumbar spinal stenosis symptoms through nonsurgical treatment.

Ko Matsudaira (154930)
Nobuhiro Hara (716607)
Hiroyuki Oka (716601)
Junichi Kunogi (716604)
Takashi Yamazaki (350425)
Katsushi Takeshita (464745)
Seichi Atsushi (849483)
Sakae Tanaka (35403)

February 2016

Multivariable logistic regression analyses for 3-year subjective improvement in lumbar spinal ste...

Logistic regression analysis for endpoint osteoarticular infection adjusted for age, study center, sex, comorbidity, mode of acquisition and methicillin resistance.

Siegbert Rieg (445802)
Daniel Jonas (225394)
Achim J. Kaasch (445803)
Christine Porzelius (445804)
Gabriele Peyerl-Hoffmann (445805)
Christian Theilacker (227175)
Marc-Fabian Küpper (445806)
Christian Schneider (445807)
Harald Seifert (124680)
Winfried V. Kern (208415)

August 2013

Logistic regression analysis for endpoint osteoarticular infection adjusted for age, study center...

Association between health care utilization and musculoskeletal pain : A 21-year follow-up of a population cohort

Emilson, Christina
Åsenlöf, Pernilla
Demmelmaier, Ingrid
Bergman, Stefan

January 2020

Background and aims: Few studies have reported the long-term impact of chronic pain on health care u...

Association between social capital and prevalence of severe pain within the last 12 months, results of a logistic regression model.

Johanna Muckenhuber (418249)
Lorenz Pollak (2847260)
Katharina Viktoria Stein (2847263)
Thomas Ernst Dorner (776119)

June 2016

Association between social capital and prevalence of severe pain within the last 12 months, resul...

Logistic regression analyses of the association between health complaints at baseline and persistent musculoskeletal pain <sup>a</sup> at 2-year follow-up.

Abstract

Extracted data

Logistic regression analyses of the association between health complaints at baseline and persistent musculoskeletal pain <sup>a</sup> at 2-year follow-up.

Abstract

Extracted data

Related items

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