Active clinical trials for "Joint Diseases"

This study was to determine the effect of conventional therapy and low level laser therapy on pain and function in patients with temporomandibular joint dysfunction. sixty patients with myofascial pain syndrome of TMJ are randomly classified into two groups with thirty patients in each group; Group I received traditional exercise. Group II received low level laser therapy in addition to traditional exercise. All outcome measures including Pain and function, were evaluated before and after the treatment program.

This study will provide knowledge about the use of long-acting opioids for pain relief after primary knee arthroplasty. The investigators will compare depot tapentadol, depot oxycodone and placebo for effect on pain relief and side effects. The three study groups reflect the three different postoperative pain regimens that have been used the last years at St. Olavs Hospital, so investigators know that no patient will receive an inadequate pain treatment. The purpose of the study is to find which of the three treatments that gives the best pain relief with the least amount of side effects. The results will be of use for postoperative pain treatment for knee arthroplasty, but also for other types of major surgery. Similar studies that are not sponsored by pharmaceutical industry have not been published yet.

The purpose of the research project is to compare the effectiveness of non-thrust mobilization and exercise versus thrust manipulation and dry needling in patients with sacroiliac dysfunction. Physical therapists commonly use both approaches to treat sacroiliac joint dysfunction, and this study is attempting to determine if one approach is more effective than the other.

Osteo introducer system is the instruments used in minimal invasive THA. This study will compare the minimal invasive THA using the osteo introducer system and THA using common instruments, to show the non-inferiority of osteo introducer system in safety and efficacy of THA surgery.

Peripheral nerve blocks catheters of the femoral nerve have long been used for perioperative analgesia in total knee arthroplasty (TKA). These blocks provide effective analgesia and patient satisfaction for surgical pain relief. However, one of the main drawbacks to the femoral nerve block (FNB) is a denser motor block of the quadriceps muscle that can delay aggressive physical therapy and subsequent recovery from surgery. (1) Recently, there has been increasing interest in performing adductor canal blocks (ACB) with the aim of less motor blockade while providing commensurate analgesia compared to the FNB. (1,2) Current investigative reports have provided only preliminary data, and there is potential to change the standard of care for TKA as more data mounts in favor of ACBs. The goal of this study is to verify the analgesic equivalence of the two blocks, compare patient satisfaction, surgeon satisfaction, and physical therapy grading between the two blocks. Potentially, this would change the standard of care for TKA patients at this institution.

The investigators are doing a study to learn about the effects of a type of low-energy non-surgical electrical brain stimulation (HD-tDCS) on chronic pain in people's jaw joints. Disorders in these joints are called temporomandibular joint disorders, or TMD.

Introduction: the influence of temporomandibular disorders (TMD) related to postural changes are yet no consensus, but it is believed that the imbalances of a system can influence another. Several techniques have been used to treat TMD and its associated problems, however there is a paucity of studies evaluating the effects of global treatments, such as Pilates, in individuals with TMD literature. Objective: To evaluate changes in the level of pain, the severity of TMD, the EMG activity of masticatory muscles and posture of young women undergoing training in Pilates, as well as correlating postural changes, pain level, severity of TMD and EMG activity of masticatory muscles. A randomized clinical trial with blinded assessors will be held. 40 patients divided randomly into two groups will be assessed, the control group (CG) who receive conventional treatment with occlusal splint and intervention group (IG), which in addition to conventional treatment will undergo Pilates sessions. Both groups will be formed for women aged 18 to 35 years with TMD and pain. The IG will receive treatment with the Pilates Method for 15 weeks with frequency of twice weekly and use occlusal splint as directed by the dentist. The CG will make use of occlusal splint alone. At the beginning and end of the 15 weeks the individuals are evaluated to verify the presence of TMD, TMD severity, pain, EMG evaluation of masticatory muscles and body posture. Data will be analyzed statistically.

Introduction. Temporomandibular disorders (TMD) are a group of conditions that are multifactorial in nature, and it primarily presents with symptoms of pain and decreased functional capacity. Therapeutic ultrasound is a method of physical therapy that has shown clinically to provide immediate relief of pain in patients with different musculoskeletal disorders. In this study, for the purpose of immediate management of painful masticatory muscle and tissues, the investigators attempt to understand the mechanism of therapeutic ultrasound by exploring the physiologic changes peripherally and centrally. In addition, the investigators aim to determine if there is a dose response relationship between two different intensities (0.4 W/cm2 and 0.8 W/cm2) and between two sets of duty cycles (50% and 100%). A third purpose is to determine if therapeutic ultrasound applied to the masseter muscle is capable of eliciting segmental effects in the temporalis muscle. Methods. A total of 28 adult females with bilateral myalgia according to Diagnostic criteria for TMD (DC/TMD) will be recruited for this investigational trial. Each subject will be randomly allocated to one of the four ultrasound intervention groups each of which has different settings. Using Sonicator®740, therapeutic ultrasound intervention will be performed on both masseters for five minutes on each side of the face. A template will be used to confine the borders of the muscle and to determine the sites for the repeated outcome measures. Outcome parameters of: self-reported pain scale, pressure pain threshold, electromyographic muscle amplitudes and intraoral muscle temperatures will be measured for masseter and temporalis muscles on each side of the face, and will be assessed at baseline and after intervention on each side.

The purpose of this study is to determine if rehabilitation using weight-bearing biofeedback training following total knee arthroplasty (TKA) is more effective than standard rehabilitation methods in promoting weight-bearing symmetry through the lower limbs during functional activities such as sit-to-stand transfers and walking. Secondary outcomes of interest include functional measures and internal moment at the hip, knee, and ankle joints during sit-to-stand and walking.

This post-approval study is being conducted to examine the performance of the STAR Ankle under actual conditions of use.