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2. Core outcome measurement instruments for clinical trials in nonspecific low back pain

Author

Chiarotto, Alessandro, Boers, Maarten, Deyo, Richard A., Buchbinder, Rachelle, Corbin, Terry P., Costa, Leonardo O.P., Foster, Nadine E., Grotle, Margreth, Koes, Bart W., Kovacs, Francisco M., Lin, C.-W. Christine, Maher, Chris G., Pearson, Adam M., Peul, Wilco C., Schoene, Mark L., Turk, Dennis C., van Tulder, Maurits W., Terwee, Caroline B., and Ostelo, Raymond W.

Published
2018
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4. Core outcome domains for clinical trials in non-specific low back pain

Author

Chiarotto, Alessandro, Deyo, Richard A., Terwee, Caroline B., Boers, Maarten, Buchbinder, Rachelle, Corbin, Terry P., Costa, Leonardo O. P., Foster, Nadine E., Grotle, Margreth, Koes, Bart W., Kovacs, Francisco M., Lin, Chung-Wei Christine, Maher, Chris G., Pearson, Adam M., Peul, Wilco C., Schoene, Mark L., Turk, Dennis C., van Tulder, Maurits W., and Ostelo, Raymond W.

Published
2015
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5. Erratum to: Core outcome domains for clinical trials in non-specific low back pain

Author

Chiarotto, Alessandro, Deyo, Richard A., Terwee, Caroline B., Boers, Maarten, Buchbinder, Rachelle, Corbin, Terry P., Costa, Leonardo O. P., Foster, Nadine E., Grotle, Margreth, Koes, Bart W., Kovacs, Francisco M., Lin, Chung-Wei Christine, Maher, Chris G., Pearson, Adam M., Peul, Wilco C., Schoene, Mark L., Turk, Dennis C., van Tulder, Maurits W., and Ostelo, Raymond W.

Published
2015
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6. Core outcome measurement instruments for clinical trials in nonspecific low back pain

Author

Chiarotto, Alessandro, primary, Boers, Maarten, additional, Deyo, Richard A., additional, Buchbinder, Rachelle, additional, Corbin, Terry P., additional, Costa, Leonardo O.P., additional, Foster, Nadine E., additional, Grotle, Margreth, additional, Koes, Bart W., additional, Kovacs, Francisco M., additional, Lin, C.-W. Christine, additional, Maher, Chris G., additional, Pearson, Adam M., additional, Peul, Wilco C., additional, Schoene, Mark L., additional, Turk, Dennis C., additional, van Tulder, Maurits W., additional, Terwee, Caroline B., additional, and Ostelo, Raymond W., additional

Published
2017
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7. A core outcome set for clinical trials on non-specific low back pain:Study protocol for the development of a core domain set

Author

Chiarotto, Alessandro, Terwee, Caroline B., Deyo, Richard A., Boers, Maarten, Lin, Chung Wei Christine, Buchbinder, Rachelle, Corbin, Terry P., Costa, Leonardo O.P., Foster, Nadine E., Grotle, Margreth, Koes, Bart W., Kovacs, Francisco M., Maher, Chris G., Pearson, Adam M., Peul, Wilco C., Schoene, Mark L., Turk, Dennis C., van Tulder, Maurits W., Ostelo, Raymond W., Chiarotto, Alessandro, Terwee, Caroline B., Deyo, Richard A., Boers, Maarten, Lin, Chung Wei Christine, Buchbinder, Rachelle, Corbin, Terry P., Costa, Leonardo O.P., Foster, Nadine E., Grotle, Margreth, Koes, Bart W., Kovacs, Francisco M., Maher, Chris G., Pearson, Adam M., Peul, Wilco C., Schoene, Mark L., Turk, Dennis C., van Tulder, Maurits W., and Ostelo, Raymond W.

Abstract

Background: Low back pain (LBP) is one of the most disabling and costly disorders affecting modern society, and approximately 90% of patients are labelled as having non-specific LBP (NSLBP). Several interventions for patients with NSLBP have been assessed in clinical trials, but heterogeneous reporting of outcomes in these trials has hindered comparison of results and performance of meta-analyses. Moreover, there is a risk of selective outcome reporting bias. To address these issues, the development of a core outcome set (COS) that should be measured in all clinical trials for a specific health condition has been recommended. A standardized set of outcomes for LBP was proposed in 1998, however, with evolution in COS development methodology, new instruments, interventions, and understanding of measurement properties, it is appropriate to update that proposal. This protocol describes the methods used in the initial step in developing a COS for NSLBP, namely, establishing a core domain set that should be measured in all clinical trials. Methods/Design: An International Steering Committee including researchers, clinicians, and patient representatives from four continents was formed to guide the development of this COS. The approach of initiatives like Core Outcome Measures in Effectiveness Trials (COMET) and Outcome Measures in Rheumatology (OMERACT) was followed. Participants were invited to participate in a Delphi study aimed at generating a consensus-based core domain set for NSLBP. A list of potential core domains was drafted and presented to the Delphi participants who were asked to judge which domains were core. Participant suggestions about overlap, aggregation, or addition of potential core domains were addressed during the study. The patients' responses were isolated to assess whether there was substantial disagreement with the rest of the Delphi panel. A priori thresholds for consensus were established before each Delphi round. All participants' responses w

Published
2014

8. A core outcome set for clinical trials on non-specific low back pain: study protocol for the development of a core domain set

Author

Chiarotto, Alessandro, primary, Terwee, Caroline B, additional, Deyo, Richard A, additional, Boers, Maarten, additional, Lin, Chung-Wei Christine, additional, Buchbinder, Rachelle, additional, Corbin, Terry P, additional, Costa, Leonardo OP, additional, Foster, Nadine E, additional, Grotle, Margreth, additional, Koes, Bart W, additional, Kovacs, Francisco M, additional, Maher, Chris G, additional, Pearson, Adam M, additional, Peul, Wilco C, additional, Schoene, Mark L, additional, Turk, Dennis C, additional, van Tulder, Maurits W, additional, and Ostelo, Raymond W, additional

Published
2014
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11. A biologic without guidelines: the YODA project and the future of bone morphogenetic protein-2 research

Author

Carragee, Eugene J., primary, Baker, Ray M., additional, Benzel, Edward C., additional, Bigos, Stanley J., additional, Cheng, Ivan, additional, Corbin, Terry P., additional, Deyo, Richard A., additional, Hurwitz, Eric L., additional, Jarvik, Jeffrey G., additional, Kang, James D., additional, Lurie, Jon D., additional, Mroz, Thomas E., additional, Öner, F. Cumhur, additional, Peul, Wilco C., additional, Rainville, James, additional, Ratliff, John K., additional, Rihn, Jeffrey A., additional, Rothman, David J., additional, Schoene, Mark L., additional, Spengler, Dan M., additional, and Weiner, Bradley K., additional

Published
2012
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12. Letters

Author

Kovacs, Francisco M., primary, Abraira, Víctor, additional, Arana, Estanislao, additional, Gérvas, Juan, additional, Royuela, Ana, additional, Bagó, Joan, additional, Peul, Wilco C., additional, Schoene, Mark L., additional, and Corbin, Terry P., additional

Published
2012
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14. Letters

Author

Corbin, Terry P., primary, Peul, Wilco C., additional, Schoene, Mark L., additional, and Kovacs, Francisco M., additional

Published
2012
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17. Clinical Research

Author

Carragee, Eugene J., primary, Deyo, Richard A., additional, Kovacs, Francisco M., additional, Peul, Wilco C., additional, Lurie, Jon D., additional, Urrútia, Gerard, additional, Corbin, Terry P., additional, and Schoene, Mark L., additional

Published
2009
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18. Minimally Invasive Posterior Fusion and Internal Fixation With the Atavi® System.

Author

Kambin, Parviz, Guyer, Richard D., and Corbin, Terry P.

Abstract

Although interest in minimally invasive posterior internal fixation and fusion has recently exploded, it is not because the technical developments are also recent. The foundations of these procedures were laid more than 60 yr ago, when the first endoscopes were used to examine patients' spinal nerves within the cauda equina (1). From that beginning, the evolution was slow until several technological advances facilitated a safe and effective procedure with a reasonable learning curve. [ABSTRACT FROM AUTHOR]

Published
2005
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20. The Prisoner's Dilemma Game and Cooperation in the Rat

Author

Gardner, Rick M., Corbin, Terry L., Beltramo, Janelle S., and Nickell, Gary S.

Abstract

Cooperation in pairs of rats playing the prisoner's dilemma game was investigated. Six pairs of animals were taught to make either cooperative or uncooperative responses by running to one or the other end of a T-maze. Two T-mazes were joined together such that animals could respond simultaneously. Animals were run under conditions in which visual communication was present and absent. Mutually uncooperative responses were the most common and mutually cooperative behaviors the least preferred. Introduction of a barrier between the mazes, which removed visual communication between pairs, sharply accentuated uncooperative behavior. Similarities of the present findings to results with human subjects and the implications of using game theory for studying cooperative behavior in animals are discussed.

Published
1984
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22. Clinical Outcomes After Posterolateral Lumbar Fusion in Workers' Compensation Patients: A Case-Control Study.

Author

Corbin, Terry P.

Subjects
*LUMBAR vertebrae, *WORKERS' compensation, *PATIENTS, *LUMBAR pain, *THERAPEUTICS
Abstract

The author comments on a study about the clinical outcomes after posterolateral lumbar fusion in workers' compensation patients. He urges readers to consider low back pain (LBP) in the presence of degenerative disc disease as an indicator for surgery. He reveals that the study found that therapy, surgery and conservative care provide similar results but differ in risks and costs. He points out that the preference, values and tolerance for risk by the patient, should guide the selection of therapy.

Published
2010
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23. Re: Blondel B, Tropiano P, Gaudart J, Huang RC, Marnay T. Clinical results of lumbar total disc arthroplasty in accordance with Modic signs, with a 2-year-minimum follow-up. Spine 2001;36:2309–15.

Author

Kovacs FM, Abraira V, Arana E, Gérvas J, Royuela A, Álvarez-Galovich L, Bagó J, Peul WC, Schoene ML, and Corbin TP

Subjects
Female, Humans, Male, Intervertebral Disc surgery, Intervertebral Disc Degeneration surgery, Lumbar Vertebrae surgery, Total Disc Replacement methods
Published
2012
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24. Does bone morphogenetic protein increase the incidence of perioperative complications in spinal fusion? A comparison of 55,862 cases of spinal fusion with and without bone morphogenetic protein.

Author

Corbin TP, Peul WC, Schoene ML, and Kovacs FM

Subjects
Humans, Bone Morphogenetic Proteins adverse effects, Bone Regeneration physiology, Postoperative Complications epidemiology, Postoperative Complications metabolism, Spinal Diseases metabolism, Spinal Diseases surgery, Spinal Fusion adverse effects
Published
2012
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25. Clinical research: is the spine field a mine field?

Author

Carragee EJ, Deyo RA, Kovacs FM, Peul WC, Lurie JD, Urrútia G, Corbin TP, and Schoene ML

Subjects
Clinical Trials as Topic standards, Conflict of Interest, Humans, United States, Device Approval standards, Equipment and Supplies standards, Spinal Diseases surgery, Spinal Fusion standards, Spinal Fusion trends
Published
2009
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