View clinical trials related to Discogenic Pain.
Filter by:This is a multi-center, randomized, controlled, double-blind clinical trial comparing hemocyte autograft (platelet rich plasma) to control injection (placebo) in subjects with reported cervical, thoracic or lumbar pain for at least 3 months with Pfirrmann grade changes at 7 or less and who are being considered for discography in order to identify pain generator discs in evaluation of potential surgical candidates.
The purpose of this prospective post market pilot study is to evaluate the effect of Burst Spinal Cord Stimulation(B-SCS) in the management of chronic discogenic pain in subjects who are refractory to other available treatments. Selected subjects will not be suitable candidates for lumbar spinal surgery and will meet the standard selection process for SCS as routinely utilized in the study centers. Results from this pilot study will inform current clinical practice and future comparative studies in this specific population. Eligible subjects for B-SCS will be asked to participate in this study. If they decide to participate, they will be treated with the Prodigy TM and Proclaim TM (Abbott Laboratories) SCS system and prospectively followed for 12 months following implantation.
A double-blind, placebo-controlled study to determine the efficacy of intradiscal injection of bone marrow concentrate on discogenic low back pain.
This study aims to evaluate the effect of platelet-rich plasma (PRP) on discogenic low back pain by comparing the pre- and post-interventional outcomes in patients receiving intradiscal injection of autologous PRP.
Although discography and spinal imaging techniques, either alone or in combination, are commonly used to diagnose discogenic pain, their exact role in predicting surgical results are poorly defined. Our aim in this study is to compare the ability of Functional anesthetic discography (FAD), and Provocative Discography (PD) to diagnose discogenic pain and to correctly identify the disc levels for the surgical treatment. Proper identification for disc levels should improve the overall results of surgery for this condition. Patients with discogenic pain have better outcomes if the disc levels for the fusion surgery are identified by using FAD compared to similar disc level identification by PD.
Hypothesis: Myoelectric patterns observed from the CERSR array during standardized testing are sensitive in identifying healthy subjects from patients with internal disc derangement and a positive discogram. A positive CT discogram is defined as one following the Dallas discogram protocol with abnormal disc morphology and reproduction of symptoms