View clinical trials related to Tinnitus.
Filter by:A randomized controlled study with hearing impaired workers, who have voluntarily signed up for an 8 session cognitive therapy (CBT) course The CBT intervention will be compared to a waiting list control group. Participants who are allocated to the intervention group will be offered to start on the CBT-course immediately, while the control group that will be offered the same course 12 months later. Main outcome measures are assessments of mental distress and vocational coping. We will also assess the distress associated with tinnitus, which is a potential moderator variable.
The purpose of this study is to determine the efficacy of a cognitive behavioral guided self-help training provided via the internet on tinnitus distress in a German sample.
The aim of this study is to compare the efficacy of an internet-based guided self-help training for chronic tinnitus with a well-established outpatient group therapy and a discussion forum group.
The aim of this study is to compare the incidence of tinnitus between mp3 users and non-users, aged between 15 and 30 years old. 100 patients will be recruited in Valença secondary schools. High frequency audiometry and otoacoustic emissions will be performed.Tinnitus patients will complete the Tinnitus Handicap Inventory questionnaire.
The study is designed to identify specific patterns of brain functional activity associated with chronic, moderate to severe tinnitus through the use of resting-state MEG scans. Robust patterns identified in this study will be used as a biomarker for subsequent clinical evaluation of experimental drug treatments for tinnitus. This study will conduct MEG scans on approximately 30 to 75 subjects with tinnitus and approximately 15 healthy control subjects. MEG scans will be obtained for each subject following screening, clinical and tinnitus evaluations. A subset of 6 subjects from the tinnitus cohort will be invited to undergo evoked auditory assessment during an extended MEG scan session to identify cortical regions that respond to the auditory stimulus. These six subjects also will be evaluated with a single structural MRI scan to support high-resolution mapping of the localized cortical regions. MEG data will be analyzed to identify patterns of brain activity that are specifically associated with the presence of tinnitus using both standard approaches and the Orasi Synchronous Neural Interaction™ (SNI) test. MEG scan results also will be evaluated to identify specific patterns of functional activity that correlate with other measures of tinnitus severity such as the Iowa Tinnitus Handicap Scale. This study will test the hypothesis that moderate to severe tinnitus is associated with altered patterns of brain functional activity measured by a brief, resting-state MEG scan. This hypothesis will be tested by comparing resting-state MEG scans of tinnitus patients with those the of healthy control subjects collected during this study and available in Orasi's existing MEG scan database.
The primary purpose of the Tinnitus Retraining Therapy Trial (TRTT) is to assess the efficacy of tinnitus retraining therapy (TRT) as a treatment for severe debilitating tinnitus. TRT is a non-medical intervention that uses directive counseling (DC) and sound therapy (ST)to habituate the patient's associated negative emotional reactions to tinnitus, its perception, and ultimately, its impact on the patient's life.
The t-VNS STv3 device is a non-invasive, transcutaneous neurostimulator for influencing the afferent branches of the nervus vagus around the human ear. The clinical trial is designed as a a pilot study addressing the treatment of tinnitus with transcutaneous vagus nerve stimulation.
This trial is a randomized, double blind, placebo controlled study on patients suffering from inner ear diseases with tinnitus as a principal symptom. The study will investigate the transtympanic treatment with a 1,5 % caroverine solution. Each patient will undergo treatment for 2 cycles of 48 hours each.
Tinnitus is a poorly understood symptom that is often described either as ringing, clicking, ocean sounds, or nature sounds. There is no cure for tinnitus. Approximately 50 million Americans are affected with a small minority being severely affected. This study targets patients with tinnitus who are severely bothered. Through MRI the investigators plan to evaluate the cortical networks of the brain in hopes to better understand this complex process.
This study will continue the investigators' efforts to develop tinnitus management protocols for Veterans. More specifically, this study will develop and evaluate an adaptation of Progressive Tinnitus Management (PTM) for use as a telephone-based program for Veterans and military personnel who have experienced TBI. Adaptation of PTM as a telephone-based program has the potential of providing needed tinnitus services to Veterans with and without TBI for a relatively small cost and with minimal impact on individual VA hospitals.