Population Health Management · 2014 · 47 citations · 23 references
MedicinePharmacoeconomicsCost-effectiveness AnalysisPain ManagementPain MedicineNeuropathic PainNociceptive PainPain AssessmentPain DisordersPain-related DisabilityChronic Nociceptive PainEconomic Burden Of DiseaseEconomic Burden Of IllnessNeck Pain DisabilityNeck Pain EpidemiologyRetrospective Cost AnalysisSick Leave AnalysisWork Absence
This was a retrospective database analysis (2001-2009) of employees' medical, prescription drug, and absence costs and days from sick leave, short- and long-term disability, and workers' compensation. Employees with an ICD-9 diagnostic code for back or neck pain and an ICD-9 for a back- or neck-related neuropathic condition (eg, myelopathy, compression of the spinal cord, neuritis, radiculitis) or radiculopathy were considered to have nociceptive back or neck pain with a neuropathic component. Employees with an ICD-9 for back pain or neck pain and no ICD-9 for a back- or neck-related neuropathic condition or radiculopathy were defined to have nociceptive back or neck pain. Patients with nociceptive back or neck pain with a neuropathic component were classified as having or not having prior nociceptive pain. Annual costs (medical and prescription drug costs and absence costs) and days from sick leave, short- and long-term disability, and workers' compensation were evaluated. Mean annual total costs were highest ($8512) for nociceptive pain with a neuropathic component with prior nociceptive pain (n=9162 employees), $7126 for nociceptive pain with a neuropathic component with no prior nociceptive pain (n=5172), $5574 for nociceptive pain only (n=35,347), and $3017 for control employees with no back or neck pain diagnosis (n=226,683). Medical, short-term disability, and prescription drugs yielded the highest incremental costs compared to controls. Mean total absence days/year were 8.26, 7.86, 5.70, and 3.44, respectively. The economic burden of back pain or neck pain is increased when associated with a neuropathic component.
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Modeling risk using generalized linear models
David K. Blough, Carolyn W. Madden, Mark C. Hornbrook · Journal of Health Economics · 1999 · 446 citations
Business, Finance, Risk Management +12
Andrea Manca, Krishna Kumar, Rod S Taylor et al. · European Journal of Pain · 2008 · 215 citations · Full text
Medicine, Pharmacoeconomics, Surgery +17