Active clinical trials for "Temporomandibular Joint Dysfunction Syndrome"

Objectives: Verify the effect of auriculotherapy in patients with tension-type headache resulting from temporomandibular dysfunction. Design: Randomized clinical study Setting: Randomized Study Participants: The study consist of 38 participants randomized into two groups: an intervention group (n = 18, sample loss = 1) and placebo group (n = 20, sample loss = 6) Interventions: The intervention group will receive treatment with auricular acupuncture in the Shen Men, Kidney, Sympathetic, Subcortex, Adrenal and Cerebral points. The placebo group will receive auriculotherapy in the trachea point. Main outcome measures: visual analog scale for pain pain (VAS) and surface electromyography (EMG).

The project aims to assess the effects of proprioceptive treatment through the use of hyperbolid mastication apparatus on pain intensity, muscle activity and joint mobility in subjects with TMD. A randomized, blind, clinical trial will be conducted. Volunteers aged between 18 and 40 years will be recruited, with a diagnosis of muscle- and joint-related TMD according to the Research Diagnostic Criteria for Temporomandibular Disorders (RDC / TMD), being randomly divided in three different groups: Group 1 (G1) - treated with HB device combined with tongue exercises on the palate; Group 2 (G2) - treated HB alone and Group 3 (G3) - control. Treatment protocols will be applied for 12 sessions, the volunteers will be evaluated in two stages: before applying the treatment and after the last session.

the purpose of this study is to compare the effect of physical therapy (PT) program and oral appliance on patients with temporomandibular disorder (TMD)-related myofascial pain (MFP).

The study aims to evaluate effectiveness of ringer injection with or without corticosteroid during arthrocentesis of the temporomandibular joint in the treatment of internal derangement of the temporomandibular joint (TMJ).

Low intensity laser therapy (LILT) has been widely applied in pain relief in several clinical situations. With the advent of new LED-based (light emitting diode) light sources, the need of further clinical experiments aiming to compare the effectiveness between them is paramount.

TMD is a poorly understood chronic pain disorder that affects up to 15% of the adult population, notably impacting women, is linked to greater healthcare utilization, and associated with multiple pain-related co-morbidities. Pain-related catastrophizing (CAT) and sleep continuity disturbance (SCD) are well established modifiable risk factors for TMD and other idiopathic pain conditions. Neither the causal status nor the neurobiological mechanisms by which these factors exert their effects on clinical pain have been established. We propose that CAT and SCD influence clinical pain through shared alterations in pain modulation and key neurobiological pathways, including amplified inflammatory activity, autonomic activity, and adrenocortical functioning. Beyond these shared mechanisms, however, we propose to determine whether pre-sleep CAT increases cortical arousal during sleep. The cognitive dimensions of pre-sleep arousal, particularly rumination and negative sleep-related thoughts, are central to the phenomenology of insomnia. Extending this notion, we propose that CAT in those experiencing ongoing clinical pain fosters sleep disturbance owing to increased pre- and peri-sleep cognitive arousal. Moreover, we propose that pre-sleep CAT is related to subtle variations in objective indices of fragmented sleep (e.g., cortical arousal). We will examine key hypotheses derived from this framework using a brief, prospective randomized experiment, which will permit careful analysis of the temporal patterning of how changes in either CAT or SCD influence each other and contribute to alterations in pain modulatory systems, key nociceptive mechanisms, and clinical pain. Women experiencing at least moderate chronic TMD pain (N=225) who demonstrate at least mild trait catastrophizing and meet at least subclinical insomnia criteria (SCD) will be randomly assigned to: 1) cognitive therapy for catastrophizing (CT-CAT); 2) behavior therapy for sleep disturbance (BT-SCD); or 3) TMD education (Control). Assessments of clinical pain, sleep disturbance, catastrophizing, pain sensitivity and modulatory systems, and indices of inflammatory activity, adrenocortical function and autonomic balance will be completed at baseline, 4 weeks (mid-manipulation) and 8 weeks (post-manipulation). Clinical pain, sleep, catastrophizing and covariates will additionally be measured at 16 weeks (follow-up).

The effectiveness of mandibular exercises as a treatment of muscular Orofacial Pain is yet unknown. This study hypothesized that training exercises can be an effective therapy improving pain perception.

The aim of this study was to compare the effectiveness of myofascial pain treatment methods.

The aim of study is evaluate the effectiveness of physical therapy in of the treatment myogenic temporomandibular disorders. They will enrolled 100 patient which will be divided into two groups. The primary objective is evaluate the effectiveness of physiotherapy on pain (measured with the Visual Analogic Scale - VAS scale). The second objective is evaluate mandibular motion (by measuring the range of motion - ROM) and investigate the presence of psychosocial factors (using the Anxiety and Depression Scale - HADS questionnaire).

Temporomandibular dysfunction (TMD) It's one of the main causes of oro-facial chronic pain. The psychological aspects of patients with TMD have a huge importance, affecting their ability to manage pain and interfering with the resolution of the picture. Different studies analyse Manual therapy (MT) and motor control exercises (MC) as a whole or separately. In these cases, MT with MC shows promising results. Despite this, MC do not suggest adding significant improvement at least at short term. In the other side, according to a recent research line, MC with education is the clue for chronic pain management. This leads us to think that it should be studied more carefully if MC performed with a cognitive approach adds beneficial effect to MT not only in purely mechanical aspects but also in psycho-social aspects of the individual and at longer term. HYPOTHESIS The combination of MT and MC is more effective than MT applied in a unique way for the treatment of pain, function and psycho-social symptoms associated with chronic TMD.