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Description / Table of Contents: Abstract A multimodal treatment program is presented in cases of functional restoration for chronic low back pain. The study comprises four parts. Part I gives an overview of the different results of the study. Part II focuses on the medical and functional examination in comparison with persons who do not suffer from back pain. Part III describes psychosocial aspects (depression, complaints, ways of coping, disability) and psychotherapy. In part IV prognostic factors and their reliability for predicting treatment outcome (return to work, pain intensity, self-assessment of success by patients) are examined. In addition the relevant effects of the program on social and health care systems are also addressed. Problem The incidence of low back pain is continuously increasing, causing tremendous costs for the health insurance system. Therefore effective treatment methods are needed that take into account somatic, psychological and social factors. Chronic low back pain is conceptualized as a complex phenomenon including biological, social and psychological aspects, all of which should be addressed in a treatment program. A multimodal treatment program for chronic low back pain is presented, in which physical activity and cooperation of the patient are the primary targets. Therapeutic aims focus less on pain reduction and emphasize instead pain control, individual responsibility of the patient, and early reintegration into the working environment. The specific goals of the program are to increase the physical abilities of the patients (i. e., flexibility, strength and endurance), to increase patients’ knowledge and the use of body mechanics and back protection techniques, to decrease medication-intake, to decrease dependency on the medical community, to improve patients’ own positive coping skills and levels of emotional control, to increase the patient's activity level at home and to facilitate a return to work. Methods A total of 90 disabled patients with chronic low back pain were admitted to an 8-week program of functional restoration and behavioral support. The program consisted of a pre-program (3 weeks: education, stretching and calisthenic exercises) and an intensive treatment period (aerobics, functional strength and endurance exercises, back exercises, cognitive behavioral group therapy, relaxation training, socioeconomic and vocational counseling) which took place for 5 weeks, 7 h a day, on an outpatient basis. Apart from a medical examination and a personal interview, the patients’ physical impairment, pain descriptions, and psychological distress (according to different criteria for evaluation) were also measured. This includes variables such as depression, psychovegetative complaints, quality of life and workplace satisfaction, disability, and coping with disease. Measurements were repeated at the end of the 8-week program, and after 6 and 12 months. Results In total 84 patients (94 %) were examined following treatment. There was a statistically significant improvement in flexibility, strength, lifting capacity, and endurance measurements (p 〈 0.001) at the end of the treatment. In addition, significant reductions in pain, disability, depression, and psychovegetative signs were demonstrated (p 〈 0.001). There was a decreased use of medical treatment for back pain following the program, with 42 % of the patients refraining from the intake of analgesics, followed by a significant reduction in physiotherapy and the consultation of physicians. Assessment of the patients’ reported increased activity levels at home also supported findings that statistical improvements were significant. Sixty-three percent of the patients were found to have returned to active, productive work following discharge from the program. Most of the improvements remained stable at the 6- and 12-month follow-up examinations. Conclusion The results demonstrate the effectiveness of the multimodal program of functional restoration, not only concerning positive changes in somatic, psychological and physical variables, but also with respect to the number of patients who returned to work. Our methods are also compared with the discrepant results of multimodal treatment in the United States and Scandinavia.

Description / Table of Contents: Abstract Problem There is a great need to expand current knowledge of the various functional capacity measurements used in the rehabilitation of chronic low back pain (CLBP) patients. The literature on these patients reports that mobility, endurance, trunk strength and lifting capacity decrease during the process of chronicity. Chronically disabled patients appear to have lower functional capacity than asymptomatic persons. Methods Our study group consisted of 90 disabled CLBP patients (44 female, 46 male; average age 42 years) who underwent a multidisciplinary 8-week daily treatment program of functional restoration with behavioral support (instruction, endurance training, strength exercises, behavioral and treatment to facilitate return to work therapy). Initially these patients where compared with 107 asymptomatic persons (44 female, 63 male, average age 41 years). The patients were investigated before and after treatment, and at intervals of 6 and 12 months. The reliability of the functional measurements was evaluated by interrater comparison. Physical assessment included a medical examination (mainly diagnosis of radicular or nonradicular pain), changes in the lumbar spine revealed by X-ray studies according to Herron and Turner [50], rating of physical impairment according to Waddell [117], flexibility, length of hamstrings muscles (SLR), test of power and endurance of trunk movement by standardized exercises according to the Swiss group of Spring [102] and isokinetic measurements (LIDO Back), tests of lifting capacity (LIDO Lift), and (in part) of general endurance on a cycle ergometer (CASE 15 Marquette). Results Physical findings showed that mobility was reduced substantially in patients suffering from back pain due to reduced SLR (shortened hamstrings) and decreased spinal mobility. Patients also demonstrated significant reductions in their ability to perform lifting tasks in comparison to healthy individuals. The results of trunk flexion showed no significant differences between patients and the control group, whereas the ability to perform trunk extension was much better in the control group. In principle we found the same results with isokinetic measurements as in the exercises without machines. Cardiovascular endurance was also much better in the control group than it was in the back pain patients. At the end of the treatment program all physical deficits were improved significantly. In many cases performance was comparable with that of the control group. With time, however, training effects gradually decreased. The success of treatment (return to work, absence from work, pain reduction, use of medical care) was independent of the functional status of the patients before and after treatment. Conclusion Study results showed that physical capacity in disabled patients with low back pain is substantially reduced in comparison to persons who do not suffer from back pain. The only exception was in trunk flexor strength and endurance, in which measurements did not differ between the patients and the control group. However, even CLBP- patients with long-term pain and severe physical illness can successfully improve their physical condition by participating in an active treatment program. Back extensor muscle training has to be included in physical therapy. Because of loss of condition during the time after treatment, regular monitoring of patients and their home training programs is necessary. Overall, treatment of CLBP has to include physical training and psychosocial treatment to achieve satisfactory results.