Effectiveness Of Neural Mobilization In The Management Of Chronic Low Back Pain With Radiculopathy: A Randomized Controlled Trial

Background: Neural mobilization (NM) constitutes the most effective, common method for assessing and treating several neuromuscular disorders. The study at hand aims to determine the effectiveness of the NM technique compared to lumbar stabilization exercise (LSE) and Radial Extracorporeal Shock Wave Therapy (rESWT) in the physical therapy management of chronic low back pain (CLBP) with radiculopathy. Methods: Two groups comprising 30 participants and randomly chosen formed the basis of this investigation: Group A (NM, LSE, and rESWT) and Group B (LSE and rESWT). The period of three to six weeks constituted the time it took to measure the results herein reached baseline. The results of the observations focused on pain assessed by numerical pain rating scale (NPRS), Lumbar flexion range of motion (Lumbar FROM) by Schober’s method, and disability level as measured by the Modified Oswestry Disability Questionnaire (MODQ). Results: In the control group, the mean scores of pain, lumbar FROM, and MODQ at baselines showed a high level of similarity (6.47, 2.87, and 43.71 respectively in the intervention group, and 6.20, 2.93 and 44.66. Both groups showed improvement in their pain scores at three weeks (P<0.05). However, only lumbar FROM and MODQ showed statistically significant improvement in favor of the intervention group at three weeks (P<0.05). By week 6, both groups achieved a statistically significant difference in the values of all variables. Conclusion: NM with LSE and rESWT is more effective than LSE and rESWT in the third week, and was similarly effective in the sixth week of the treatment. NM with LSE and rESWT may be an alternative treatment option in the treatment of CLBP.

The Effect of Lumbar Stability Exercise Program on Sedentary Life Female, Lumbosacral Region Angle, Muscular Strength, Physical Fitness and Pain Scale / 대한스포츠의학회지

The purpose of this study is to evaluate the effect of lumbar stabilization exercise on lumbosacral region angle, lumbar strength, lower muscle strength, physical fitness, and low back pain of sedentary women. Twenty females who spend more than 6 hours a day as sedentary at working were recruited. The subjects were assigned to two different groups which are exercise group (n=10) and non-exercise group (n=10). Exercise program was consisted with Swiss ball and lumber stability exercise, and it was performed 60 min/day and 3 times/wk for 8 weeks. Two-way analysis of variance was conducted to analyze experimental data. As a result, there was no significant difference between groups in lumbar lordosis angle and lumbar sacral angle. However, Isometric lumbar extension strength, isokinetic knee flexion and extension peak torque in angular velocity were significantly different between groups, and the pain was reduced. To conclude, this study identified the effectiveness of lumbar stabilization exercise on lumbar muscular, strength, Sargent jump, sit and reach test and reduced pain.

Effects of 3D Stabilization Exercise on the Muscle Activity and Static Balance of Patients with Lumbar Instability

PURPOSE: The paper presents an intervention for clinical applications in the future by examining the effects of 3D stabilization exercise on patients with lumbar instability, which causes problems in the muscles and balance, and analyzing the effects of balanced lumbar muscles on the static balance. METHODS: After collecting samples randomly from thirty patients with lumbar instability, fifteen patients selected for 3D stabilization exercise were placed in the stability group and fifteen patients selected for Swiss ball exercise were placed in the ball exercise group. The intervention program was applied for thirty minutes a session, once a day, three days a week for four weeks. Before the intervention, the lumbar muscle activity and static balance were measured. After four weeks, they were re-measured in the same way and the data were analyzed. RESULTS: In relation to the within-group changes in muscle activity, all groups except for the LEO and REO groups showed significant differences. Regarding the between-group changes in muscle activity depending on the left and right difference, ES, RA, and TrA but not EO showed significant differences. In addition, there were significant differences in the between-group change in static balance. CONCLUSION: 3D stabilization exercise improves the muscle activity by promoting a balanced posture of lumbar muscles and changing senses, such as a proprioceptor but this had a positive influence on the static balance by controlling the balance of muscles.

The Comparison of Exercise Programs for Trunk Stability in the Patients with Microscopic Lumbar Discectomy

OBJECTIVE: To compare an isotonic lumbar extension exercise program utilizing lumbar extension exercise machines with modified combination program of isotonic lumbar extension exercises, including dynamic stabilization exercise, to improve and maintain trunk stability in the patient with microscopic lumbar discectomy. METHOD: We studied 41 male workers who underwent microscopic lumbar discectomy. Group 1 (n=24) was treated with the isotonic lumbar extension exercise program. Group 2 (n=17) was treated with the modified combination program of dynamic lumbar stabilization exercise and isotonic lumbar extension exercise. The categories that were evaluated and measured were trunk stability, isometric peak torque of lumbar extensor, weight distribution rate of both leg and trunk muscle balance, and Oswestry low back pain (LBP) disability index. RESULTS: After 3 months, group 1 revealed higher isometric peak torque, weight distribution rate of both leg and trunk muscle balance compared with that of group 2. At the end of 6 months, group 2 revealed higher isometric peak torque compared with that of group 1. CONCLUSION: We suggested that combined exercise program, that included the dynamic lumbar stabilization exercise and the isotonic lumbar extension exercise, was a valuable treatment for postoperative lumbar rehabilitation.