View clinical trials related to Back Pain Lower Back Chronic.
Filter by:With the expected rise of patients with osteoporosis-induced fractures, it has become increasingly urgent to design and use specialized health education materials aimed at easing pain and improving bodily functions
This clinical trial seeks to provide high level of evidence on the efficacy of ActiveMatrix primarily on spinal surgical site infection rate.
The planned research will address the behavioral and emotional factors associated with low back pain rather than a structural and biological cause. It will be determined to what extent the results obtained according to the ICF model are effective on the participation of patients with low back pain in daily activities, and it will become clear whether patients with low back pain should be approached only mechanically in the rehabilitation programs.
The aim of the present study is to find out whether fusion of multilevel SPECT/CT positive lumbar degeneration leads to a significant improvement of pain and disability.
This study will provide information on the effectiveness of cryoneurolysis for patients with facet joint pain syndrome, and help to establish whether cryoneurolysis should be implemented in clinical practice for this patient population.
This study will compare the effectiveness of two pain management pathways (standard vs. enriched) for patients undergoing lumbar spine surgery in the Military Health System (MHS). Effectiveness will be based on post-surgery patient-centered outcomes and extent of opioid use. The study design is a 2-arm, parallel group, individual-randomized trial.
Foot disorders have been recognized as being linked to chronic low back pain
Participants with chronic back pain will complete an online eligibility questionnaire. After signing a consent form, eligible participants enter a two-week baseline period ("Baseline Period") during which they complete a daily pain survey. Following the Baseline Period all participants complete an MRI scan. After the MRI, scan participants are randomized into a treatment group ("Therapy Group") or a no-intervention group ("Standard of Care Group" or "SOC Group") with a ratio of 1:1 (treatment:SOC). Therapy Group participants receive education about chronic pain. They also participate in sessions to personalize their Virtual Reality (VR) experience, and to complete training on the use of the VR hardware and software. Therapy Group participants complete the treatment for 8 weeks ("Therapy Period"), after which they return the VR equipment. All participants take a second MRI scan approximately 8-weeks after the first MRI; for the Therapy Group this is at the end of the Therapy Period. After the Therapy Period, Therapy Group participants continue to complete daily pain surveys during a two-week follow-up period ("Follow-Up Period"). All participants complete self-reported clinical outcomes and behavioral measures surveys before and after the Baseline Period, 4 weeks after the first MRI (for Therapy Group this is mid-way through the Therapy Period), and before and after the Follow-Up Period. For Therapy Group participants the study ends with the final surveys and an exit interview at the end of the Follow-up Period. Study Extension (Add-on): SOC Group participants may receive the treatment after the Follow-Up period. Those who elect to do so will complete the same set of surveys as the Therapy Group did during the treatment phase; however, since there is no comparison group, data from this study extension is not used in the main outcomes analyses.
Chronic low back pain is highly prevalent in US adults and is a major cause of missed work days and disability. While several treatment options exist, chronic opioids are commonly used for these conditions even though there are limited data supporting efficacy, and clear evidence of harm associated with chronic opioid administration. Virtual reality has been proposed as a treatment option that may lead to decreased pain and improved physical functioning, while avoiding the harms associated with medication management. This study is intended to obtain preliminary safety and efficacy data to guide the design of a larger clinical trial.
The Personalized Trial of Chronic Lower Back Pain will test the feasibility of employing technology to facilitate remote N-of-1 interventions to research participants with self-identified back pain. Participants will spend 14 weeks alternating between massage, yoga, and usual care methods to treat their back pain, while answering daily questions and wearing an activity tracker. After 14 weeks, participants will have the ability to share their opinions about a Personalized Trials platform. We believe a Personalized Trials platform will be satisfactory to participants and feasible to scale to large randomized controlled trials, and eventually to clinical practice.