Active clinical trials for "Dizziness"

This double-blinded study evaluates the frequency of vertigo attacks and the quality of life of patients diagnosed with Ménière's disease after being randomly assigned to take a placebo or lamotrigine.

In order to provide information that will improve therapy, the goals of this project are to determine if persons with MS with complaints of dizziness and at risk for falls can improve their balance and vision stability as a result of a bout of specific treatment. This project seeks to do this by conducting an experiment where people with MS are randomly assigned to a group that practices activities known to help improve inner ear function or a group that practices activities known to improve endurance and strength but that should not change inner ear function. Such a comparison will allow us to gain understanding of how the inner ear system is affected in MS and how it responds to treatment.

Both dizziness and neck pain are common complaints in the Norwegian population. The cervical spine has a highly developed proprioceptive system, which is involved in head and gaze stabilization as well as postural control. Thus, it has been argued that dizziness and/or unsteadiness can occur due to loss of or inadequate stimulation of neck receptors in patients with neck pain. Still, the notion of dizziness due to cervical dysfunction is a controversial topic. However, clinicians report that patients referred for dizziness often complain of neck pain, and vice versa. This study is a multi-center study including patients referred to 1) a neuro-otologic clinic due to dizziness and 2) a rehabilitation clinic due to neck pain. Both clinics are tertiary care university clinics. The study explores the prevalence, severity and spectrum of symptoms as well as clinical findings in patients with various combinations of dizziness and neck pain. The aim is to see if these patient groups differ from each other in terms of clinical characteristics, symptoms and quality of life. Additionally, the aim is to examine if there is a relationship between neck dysfunction and dizziness, and last, if the symptoms persist longer in patients with both dizziness and neck pain.

Chronic dizziness,or persistent positional perceptual dizziness (PPPS) is a common condition that results in impaired quality of life and work ability of those affected. Vestibular Rehabilitation (VR) is an evidence-based and recommended treatment for chronic dizziness. The treatment involves training in specific exercises that challenge the balance system and eventually improve dizziness. The main challenge with this treatment is that it is usually best provided with individual follow-up of therapists trained in the method. Limited resources and the lack of dissemination of this knowledge mean that only a minority of patients receive adequate treatment. An internet-based self-help program in vestibular rehabilitation has been developed in Norwegian with demonstration and instructions of exercises. The program has six lessons, together lasting for six weeks. Patients are given the opportunity to exercise at home, without the use of treatment resources and without spending time traveling to the treatment site. Patients will have access through their general practitioner or health institution at no extra cost. If it turns out that the program works according to the intention, the investigators will be able to offer VR to a large number of PPPS patients who previously would not receive treatment for their condition. The aim of the pilot study is to find out if the internet program for PPPS works as intended and evaluate incoming data and make changes to the program. In addition, the investigators will gain experience in using the program before designing a randomized clinical trial (RCT). The aim of such an RCT would be to compare this internet based treatment to traditional treatment.

Dizziness (BPPV) causes severe deterioration in quality of life, incoordination, and instability. In the study, we selected a minimum of 100 patients with BPPV who were examined after specialist care. After the acute phase, a physical survey is performed where movement and coordination are examined. After the results, the patients undergo a rehabilitation training. The workout is submaximal and high intensity that is done for 3 weeks. Hypothesis: As a result of training, it is possible that the remaining feeling of dizziness and insecurity, impaired coordination will decrease or disappear.

Cervical pain contributes to postural deviations and imbalance. Nanotechnology may be used for the treatment of neck pain by fixing to the skin small rounds silicone patches containing double spiral carbon nanotubes arranged in the form of a coil (Helical), which would then relieve dizziness caused by muscular contraction.

The purpose of this study is to determine the efficacy and safety of Betahistine Mesilate in the treatment of patients with vertigo caused by Cerebral Infarction in posterior circulation.

The propose of this study is to compare two methods of physical treatment for benign paroxysmal positional vertigo, by evaluating treatment effects on postural stability. The trail design is a double blinded randomized controlled trail, with each patient going through three evaluations: before treatment, 1 week after treatment and 60 days after treatment.

The aim of this study is to evaluate the effectiveness of vestibular rehabilitation to improve the balance in older people and reduce the number of falls, comparing three arms with different vestibular rehabilitation strategies (dynamic posturography exercises, optokinetic stimuli and exercises at home) and a control group.

The study investigates the feasibility and safety of the telemedical implementation of three diagnostic oculomotor tests using a video-oculography device and an extended teleconferencing system. The testing battery comprises Halmagyi's head impulse test, test for nystagmus and test of skew (vertical misalignment) known as the HINTS protocol. Previously published data have shown high sensitivity and specificity of the protocol for the discrimination of central and peripheral causes of acute vestibular syndrome. In this study the three tests will be executed on 30 healthy subjects using video goggles (EyeSeeCam, Interacoustics GmbH, Germany) connected to a mobile wireless-workstation for bidirectional audiovisual communication in a clinical environment (MEYTEC GmbH, Germany). A newly developed remote control and video conferencing solution allows the execution and evaluation of the HINTS protocol in a telemedical setup. The examination is guided by a remote physician using the help of a trained assistant attending to the subject. Corresponding clinical bedside tests will be executed for comparison. Primary endpoint is feasibility of the three diagnostic tests in a telemedical setting. Safety as well as accuracy of the telemedical versus bedside examination will be analyzed as secondary outcome measures. Aim of the study is to improve diagnostic accuracy for patients with acute vestibular syndrome in remote areas where specialists are rare.