View clinical trials related to Lower Back Pain.
Filter by:- Transcutaneous electrical nerve stimulation (TENS) is a frequently applied therapy in chronic pain. Although evidence regarding the effectiveness of TENS in chronic pain is inconclusive many patients continue using TENS on long term in daily practice. An important question is therefore why some patients respond well and others don't at all. In chronic pain evidence for abnormal pain processing (sensitization) has been found in several patients groups. The process of sensitization might influence effectiveness of TENS as the theoretical working mechanism of TENS is based on the modulation of the transmission of nociceptive impulses form peripheral receptors throughout spinal nerve system into the brain. In this study we want to study the effect of TENS on pain transmission, as measured by contact heat evoked potentials (CHEPS), between 'responders' and non-responders' after a two weeks TENS treatment. 'Responders' will be defined as patients with a pain reduction of ≥ 30% on a VAS after a two week treatment period with TENS. Non-responders are patients with a pain reduction < 15%. - Objective: a) Is pain reducing effect TENS in responders based on modulation of pain transmission and perception, as measured by CHEPS? b) Is the ability of TENS to modulate pain transmission and perception influenced by abnormal pain processing? - Prospective cohort study - Patients with chronic non specific pain (duration > 6 months), above 18 year, will be included. Patients are referred from the Pain Clinic of the University Hospital Maastricht (MUMC). Exclusion criteria are: a) pain due to cancer, b) the use of a cardiac pacemaker, c) pregnancy, d) neurological sensory deficits, e) language and/or cognitive inability to complete the health assessment questionnaires f) previous TENS for pain relief. - Patients receive a two week treatment period with TENS-treatment, as regular, at home after instruction. The frequency is set at 100 Hz and pulse duration at 250 μ sec. Patients have to use the TENS daily (minimal 4 times a day for 30 minutes). Main study parameters/endpoints are decrease in amplitude of CHEPS in responders versus non-responders.
The purpose of this study is to collect data regarding the safety and feasibility of the GO-LIF procedure for spinal fixation and stabilization, in conjunction with conventional approaches for interbody lumbar fusion. This is in order to allow for evidence-based comparison to pedicle-screw-based techniques as described in the literature.
Each patient was assigned to one of the two groups: IDB or Sham. On the day of the procedure, an IV was inserted in pre-procedural area and patient transported to the procedure room. The procedure will be completed under fluoroscopy in prone position. Patients were given 1-4 mg of midazolam for relaxation before the procedure and, if needed, 50-100 mcg of fentanyl IV during the procedure. The patients was randomly assigned to treatment or placebo using computer-generated codes maintained in sequentially numbered opaque envelopes. The physician performing procedure was informed of the assignment. In IDB group, guided by the fluoroscopic imaging, two transdiscal probes was positioned in the posterior annulus using a posterolateral, oblique approach. First, two electrically insulated 17G transdiscal introducers was used to gain an access to the disc space. Than, two radiofrequency probes will be positioned through each of the introducers bilaterally to create a bipolar configuration. Placement of the transdiscal probes within the disc annulus will be confirmed using oblique, lateral, and anterior-posterior fluoroscopic images. Sham group had their introducers and electrodes positioned just outside of the disc. This was also be documented using fluoroscopy. Investigator attached the electrodes to inactive heater control device that provide a similar auditory and visual experience for the patient. Patients were therefore remain blinded to actual treatment and physician performing procedure was not involved in patient's follow-up. Patients were awake and communicating with the physician conducting the procedure and if pain in legs were present and increased during the procedure, the heating protocol would be stopped. Following completion of procedure the patient was transferred to recovery and monitored for 45 minutes, then discharged home with instructions. The patients were followed over a period of 12 months.
The purpose of this study is to determine whether transcutaneous electrical nerve stimulation (TENS) delivered via the Empi Select TENS device provides relief of chronic lower back pain.
The purpose of this study is to determine if two sustained released formulations of carisoprodol are more effective than placebo.
The purpose of this study is to determine if two sustained released formulations of carisoprodol are more effective than placebo.
The purpose of this study is to evaluate the safety profile of tapentadol (CG5503) PR at doses of 100 mg - 250 mg administered twice daily over a maximum one year period to patients with at least a 3-month history of low back pain, or pain caused by knee or hip osteoarthritis.
Back pain is a major cause of disability in the United States. The lifetime prevalence of low back pain is estimated at 60-90%. Back pain has conservatively been estimated to involve total direct and indirect costs of over $25 billion annually in lost wages, treatment, and related issues. These losses clearly extend to the active duty population cared for by military health care facilities. Chiropractic medicine is characterized by the use of a number of physical manipulations and mobilization techniques, which can be used singly or in combination to treat a variety of medical conditions. Although basic clinical practice guidelines for Chiropractic have been developed, few studies have rigorously compared techniques and their outcomes for specific conditions. Fewer still have sought to correlate treatment modality with both anatomical effect and clinical outcome. Throughout the military, Chiropractic care is available only to active duty personnel and only at a limited number of medical treatment facilities. At National Naval Medical Center, it is a well-established treatment option, where the full array of techniques is employed, primarily for painful conditions, and most often for back pain. This study seeks to clarify the mechanisms of action and efficacy of one specific treatment option, prone distraction, for the relief of subacute sciatica due to radiographically confirmed herniated disc, and to compare it to side-posture manipulation and standard medical management. Prone lumbar distraction utilizes a specialized table with motorized continual motion distraction. This table has multiple mechanical articulations that can be used to place patients in a wide variety of positions. Patients being treated with continuous motion distraction are placed prone with the table positioned for maximum comfort and centralization of symptoms. Side posture manipulation is a widely practiced, standard chiropractic technique, which has been shown to provide considerable clinical improvement for patients with sciatica. Low- grade oscillatory stresses are performed within the physiological range of normal joint motion. The hip, pelvis and lumbar spine are rotated forward with manual pressure while a counter rotation of the chest and thoracic spine is applied.
Lumbar spinal manipulation, or chiropractic adjusting, is thought to separate the surfaces of the spinal joints and thereby relieve lower back pain. This study will use MRI scans to evaluate the spinal joints before and after spinal manipulation.