6 Clinical Trials for Various Conditions
This single-site, single-arm study evaluates the feasibility, safety, tolerability, and efficacy of trans-arterial embolization (TAE) using Embozene microparticles for treating facetogenic pain due to facet arthropathy (osteoarthritis of the facet joints) in the lumbar spine.
The objective of this investigation is to evaluate the safety and efficacy of viscosupplementation in treating symptomatic lumbar facet joint arthropathy. The intended use of the device (Synvisc) is to alleviate pain and improve function in patients with painful lumbar facet joint arthrosis by intra-articular injection into the involved joint.
Researchers are conducting this study to learn more about the side effects of bone marrow-derived stem cells when injected into the facet joints for the treatment of painful lumbar facet joint arthropathies.
The investigators aim to determine whether cervical paravertebral muscle twitching during motor testing as part of performing cervical RFAs is associated with a greater likelihood of treatment success, and greater magnitude or duration of analgesia. The investigators propose a straightforward grading scale based on visual and tactile information readily available during RFA procedures as part of routine practice (per radiofrequency electrode: 0 = no twitches palpated or observed; 1 = twitches palpated but not observed; 2 = twitches palpated and observed at 1-2 levels; 3= twitches palpated and observed at \>2 levels). If a higher weighted score (total score divided by number of radiofrequency lesion sites) correlates with a greater likelihood of treatment success, or magnitude or duration of analgesia following cervical RFA, cervical paraspinal muscle twitching may serve as a readily obtainable prognostic factor (marker) for effectiveness.
Intradiscal delivery of bone marrow concentrate (BMC) into discs, facet, epidural space, and sacroiliac joints
Cervical facet arthropathy is a common cause of chronic neck pain. The "gold standard" for diagnosis is either blocking the facet joints, or more commonly blocking the medial branch nerves that innervate the joints. However, many studies have found a high false-positive rate when the nerves are blocked using 0.5 ml of local anesthetic. We will randomize patients to receive either cervical facet medial branch blocks with 0.25 ml of local anesthetic and contrast, or 0.5 ml. We will then do a CT scan to determine the accuracy and specificity of each block. Our hypothesis is that using the higher volume (0.5 ml) might be responsible for the high false-positive rate.