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Lower Back Pain (lower + back_pain)
Selected AbstractsCONNECTIONS BETWEEN LOWER BACK PAIN, INTERVENTIONS, AND ABSENCE FROM WORK: A TIME-BASED META-ANALYSISPERSONNEL PSYCHOLOGY, Issue 3 2000JOSEPH J. MARTOCCHIO We conducted qualitative and quantitative reviews of the medical literature to develop an understanding of the linkages between nonspecific lower back pain (LBP) and employee absenteeism, and the efficacy of lower back pain interventions (LBPI) in reducing absenteeism. First, we offered a general time-based framework to clarify the causal flows between LBP and absence. Second, we inspected LBPIs designed to ameliorate LBP, which should, in turn, lead to reduced absence-taking. Third, we conducted a meta-analysis of 45 effect sizes involving 12,214 people, to examine the relationships between both LBP and LBPIs and absenteeism. Consistent with a presumption in the medical literature, we found support for the idea that chronic LBP has a positive overall relationship with absence-taking. The relationship was stronger for absence frequency measures than time lost measures. In addition, we found that increasing aggregation time (i.e., increases in the periods over which absence is observed) enhances the size of the chronic LBP-absence connection. Further, evidence showed that LBPIs were effective overall in reducing absenteeism. Finally, when there was a temporal mismatch between the form of LBP (acute vs. chronic) and the absenteeism aggregation period in LBPI studies, effect sizes were significantly smaller. We concluded with a discussion of these results, methodological limitations, and suggestions for future research that blends medical with organizational approaches to the etiology of absence. [source] Effect of forklift operation on lower back pain: An evidence-based approachHUMAN FACTORS AND ERGONOMICS IN MANUFACTURING & SERVICE INDUSTRIES, Issue 2 2008Heriberto Barriera Viruet Most studies on the occupational hazards associated with forklift operation have examined risks of fatalities and traumatic injuries. Few studies have examined the magnitude of risk of lower back pain. This research deals with an evidence-based approach designed to examine if there is a relationship between whole-body vibration and driver postures with lower back pain among forklift operators and to offer some recommendations to minimize the risk of lower back pain. To accomplish the study goal, an evidence-based approach was adopted from evidence-based medicine. The basic steps of this evidence-based approach were: (1) formulation of a clear research question from a worker-occupational problem; (2) search of the literature for the best evidence with which to answer the question; (3) critically appraise the evidence; and (4) implement useful findings in occupational health and safety practices. In addition, the metarelative risk was calculated and the biological plausibility between whole body vibration (WBV) and operator posture with lower back pain was investigated. Six observational articles satisfied the inclusion criteria adopted in this research. The methodological qualities of the published studies ranged from marginal to average. The metarelative risk was 2.1, indicating that operators exposed to driving forklifts are greater than twice the risk of those not exposed to driving forklifts to experience lower back pain. There are biological mechanisms by which WBV and operator postures could develop lower back pain. Some aspects of the work environment that influenced vibration are seat, speed, track, and tires. Awkward postures and static postures are affected by cab design, seat, time spent seated, and the task performed. It appears that there is a causal relationship between forklift operation and lower back pain. The evidence examined shows a strong association and consistency between all studies and this relationship is biologically plausible. It is recommended that intervention studies be conducted to determine the effectiveness of ergonomic controls. © 2008 Wiley Periodicals, Inc. [source] An unusual cause of calf hypertrophy: severe lumbar canal stenosis with S1 nerve root radiculopathyINTERNATIONAL JOURNAL OF RHEUMATIC DISEASES, Issue 4 2007V. ONG Abstract We report an unusual case of calf hypertrophy in a 62-year-old woman who developed progressive enlargement of the left calf in association with chronic lower back pain. Magnetic resonance imaging (MRI) of the affected calf confirmed enlargement of the soleus muscle. MRI of the lumbar spine showed multilevel degenerative changes. Electromyography revealed neurogenic features consistent with S1 radiculopathy. Our case illustrates that muscular hypertrophy may follow chronic denervation as a consequence of spinal neural compressive disease. The various mechanisms postulated for this distinct condition and therapeutic strategies are outlined. [source] The clinical features and surgical treatment of degenerative lumbar scoliosis: A review of 112 patientsORTHOPAEDIC SURGERY, Issue 3 2009Wei Liu MD Objective:, To investigate the clinical features, radiological characteristics and surgical results of degenerative lumbar scoliosis (DLS). Methods:, One hundred and twelve cases of DLS treated surgically from June 2001 to February 2006 were retrospectively reviewed for clinical features, characteristics of nerve root compression and imaging presentations. According to the preoperative clinical manifestations and imaging findings, different surgical modalities were performed, including simple nerve decompression and decompression with short or long posterior fusion (less or more than three segments, respectively). Results:, The mean age of 47 male and 65 female patients was 54.7 years. Clinical manifestations included lower back pain (76.8%), radiculopathy (79.5%) and claudication (48.2%). Plain lumbar radiograph showed right scoliosis in 87 and left scoliosis in the other 25 cases; the Cobb angle was 10°,46°; the apex of scoliosis mostly located at L3 (48.2%); L3 and L4 nerve roots were usually compressed on the concave side and L5 and S1 nerve roots on the convex side. The Cobb angle and physiologic lordosis angle of patients who underwent multi-segment (>3 segments) fusion improved to a greater extent than did that of patients who had simple decompression without fusion. A mean 5.7-year follow-up showed that the average improvement in Oswestry disability index (ODI) scores was 32.6, 26.3 and 13.5 for long segment fusion, short segment fusion and simple decompression without fusion, respectively. Conclusion:, Decompression surgery with or without fusion, the main purpose of which is to relieve nerve root compression and stabilize the spinal column, is an effective treatment for chronic DLS. The treatment should be individualized according to the patient's age, general and economic factors, severity of deformity and other coexisting lumbar degenerative disorders. [source] CONNECTIONS BETWEEN LOWER BACK PAIN, INTERVENTIONS, AND ABSENCE FROM WORK: A TIME-BASED META-ANALYSISPERSONNEL PSYCHOLOGY, Issue 3 2000JOSEPH J. MARTOCCHIO We conducted qualitative and quantitative reviews of the medical literature to develop an understanding of the linkages between nonspecific lower back pain (LBP) and employee absenteeism, and the efficacy of lower back pain interventions (LBPI) in reducing absenteeism. First, we offered a general time-based framework to clarify the causal flows between LBP and absence. Second, we inspected LBPIs designed to ameliorate LBP, which should, in turn, lead to reduced absence-taking. Third, we conducted a meta-analysis of 45 effect sizes involving 12,214 people, to examine the relationships between both LBP and LBPIs and absenteeism. Consistent with a presumption in the medical literature, we found support for the idea that chronic LBP has a positive overall relationship with absence-taking. The relationship was stronger for absence frequency measures than time lost measures. In addition, we found that increasing aggregation time (i.e., increases in the periods over which absence is observed) enhances the size of the chronic LBP-absence connection. Further, evidence showed that LBPIs were effective overall in reducing absenteeism. Finally, when there was a temporal mismatch between the form of LBP (acute vs. chronic) and the absenteeism aggregation period in LBPI studies, effect sizes were significantly smaller. We concluded with a discussion of these results, methodological limitations, and suggestions for future research that blends medical with organizational approaches to the etiology of absence. [source] Poster 2, Acne fulminans: part of the spectrum of SAPHOBRITISH JOURNAL OF DERMATOLOGY, Issue 6 2007S.L. Chua A 13-year-old boy was admitted to hospital with severe back pain and systemic upset. He had commenced isotretinoin 25 mg (0·5 mg kg,1) daily 17 days previously for severe acne unresponsive to oral erythromycin. Isotretinoin was stopped after 4 days due to severe lower back pain. On admission, he was unable to mobilize and the pain was uncontrolled with oral morphine sulphate. Investigations showed leucocytosis and neutrophilia. Magnetic resonance imaging of the vertebrae showed multiple areas of high signal consistent with an inflammatory process such as osteomyelitis. Oral prednisolone 40 mg daily and ibuprofen controlled the pain within 2 days. Sulfasalazine (1 g twice daily) was commenced 10 days later. The re-introduction of isotretinoin 5 mg daily 12 days after admission precipitated severe back pain, necessitating 3 days of intravenous methylprednisolone. The oral prednisolone dose has been reduced over 6 weeks and stopped. The acne is currently controlled with clindamycin, although there is marked scarring. Acne fulminans is a rare condition characterized by sudden onset of severe acne and systemic features such as fever, leucocytosis and arthralgia.1 Osteomyelitic lesions are a recognized feature. In 1987, the term SAPHO (synovitis, acne, pustulosis, hyperostosis, osteitis) syndrome was proposed to describe a clinical entity with skin, joint and bone manifestations. Associated skin conditions include severe acne, psoriasis and palmoplantar pustulosis. Reported sites of osteoarticular involvement include the anterior chest wall, vertebrae, pelvis and mandible.2 Our patient clearly has acne fulminans and fulfils the criteria for SAPHO syndrome. We believe this condition will be increasingly recognized by dermatologists. References 1 Karvonen S. Acne fulminans: report of clinical findings and treatment of twenty-four patients. J Am Acad Dermatol 1993; 28:572,9. 2 Hayem G, Bouchaud-Chabot A, Benali K et al. SAPHO syndrome: a long-term follow-up study of 120 cases. Semin Arthritis Rheum 1999; 29:159,71. [source] | ||||||||||