Active clinical trials for "Low Back Pain"

This study will evaluate the effect of Burst spinal cord stimulation (SCS) in the treatment of painful radiculopathy in lower extremity(ies) with or without lower back pain. It is a multicenter double-blinded "n-of-1" RCT with repeated two-week periods of Burst SCS or sham in randomised order.

There is evidence, of a single randomized controlled trial, that CFT is better than combined manual therapy and motor control exercise for chronic low back pain. However, this study had significant methodological shortcomings regarding the failure to carry out the intention to treat analysis and a considerable loss of follow-up of patients. It is important to replicate this study through a randomized clinical trial with similar objectives in another domain, but correcting these methodological shortcomings. Therefore, the aim of the study is to assess the efficacy of Cognitive Functional Therapy in patients with chronic non specific low back pain.

Single arm pilot study to evaluate the safety and initial feasibility of the Neurolyser XR, a new portable high intensity focused ultrasound device, for noninvasive thermal ablation of medial nerve branches of painful lumbar facet joint/s

Mechanical diagnosis and treatment (MDT) and Manual Therapy (MT) have both demonstrated efficacy in the management of CLBP. The use of a Point of Care (POC) design in this study will allow for comparison of these two treatment modalities in a clinical setting. The purpose of this study is to demonstrate the feasibility of recruiting, enrolling and collecting outcome data on CLBP patients utilizing the POC methodology.

The prevalence and disability associated with discogenic low back pain are significant, and there is a general lack of widely accepted conservative treatments for the condition. A majority of previous studies that have assessed the efficacy of self-directed exercise-based rehabilitation programs did not include comprehensive metrics to confirm whether participants actually participated in the exercises prescribed. In this pilot study, the investigators hope to determine whether proxies of compliance with a daily, self-directed rehabilitation program for discogenic low back pain are correlated with participant-reported improvements in pain and function. The feasibility of a mobile interface designed to help patients with chronic low back pain track the daily management of their conditions will also be evaluated.

The purpose of this study is to evaluate the effectiveness of electrical stimulation (low levels of electricity) on low back pain. This study involves the SPRINT Peripheral Nerve Stimulation (PNS) system. The System delivers mild electrical stimulation to the nerves in the low back. The System includes up to four small wires (called "Leads") that are placed through the skin into the muscles in the low back. The wires attach to device(s) worn on the body that deliver stimulation (called Stimulators).

This study evaluates the effectiveness of treatment osteopathic manipulation in the treatment of subjects with chronic nonspecific low back pain.

This study evaluates whether different explanations given to patients with long lasting back pain influence a physical therapy treatment technique. Half of the patients will receive an explanation of the proposed treatment technique focusing on how their joints are moving and not moving. The second half of the group will receive the same treatment technique as the first group, but their explanation of the technique's purpose will focus on how their brain interprets the information. The study aims to determine if patients have a different response to the treatment based on the words chosen to explain the technique.

The goal of this study is to investigate the role of central neural pathways in mediating chronic pain. The aim of the study is to test the effect of stimulating brain regions that are part of a network underlying central pain processing using a non-invasive brain stimulation technique, transcranial Direct Current Stimulation (tDCS). Prior studies have used tDCS to target both sensory related cortical areas and those important for higher-order representations of pain. This study will target brain regions important for the behavioral response to the chronic sensation of pain. The hypothesis is that stimulation of these brain regions can modulate not only the affective component of pain, but ultimately also improve functioning and quality of life. This hypothesis will be tested by treating study participants eighteen and older with chronic low back pain (CLBP) of greater than six months using tDCS. To be part of this study, participants must meet all the inclusion and exclusion criteria.

Interventional pain management for back and neck pain is widely used, but the indications and relative merits of these techniques rest subject to discussion. This study aims to identify prognostic criteria for patients who might specifically benefit from interventional pain management. Specifically, the nociceptive reflex threshold will be investigated, which is a measure of central sensibilisation and thus a potentially important prognostic factor.