At a glance
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Exploration of Cortical Neural Network in Patients With Bothersome Tinnitus
In Brief
An observational study evaluating Task-Based Functional Magnetic Resonance Imaging (fMRI) for Tinnitus. Terminated early, enrolled 7 participants across 1 site.
Signals
Detailed Summary
This will be an experimental task-based functional MRI pilot study involving the neuroimaging assessment of patients with severely bothersome tinnitus, defined by a global bothersome scale. The investigators plan to enroll a total of 12 participants (6 severely bothered tinnitus and 6 age-matched non-tinnitus controls) over the course of six months to undergo task-based imaging. Subjects in the tinnitus group may have previously participated in the CTRWU study (HRPO: 07-0689) conducted by Dr. Jay Piccirillo at Washington University and have given permission to be contacted for consideration in future studies. The selected paradigm will allow us to advance knowledge about the role of the attention, control, and other cortical networks in the development and maintenance of bothersome tinnitus.
Study Details
Timeline
Interventions
Individuals will be shown a target, which is randomly selected from 12 objects designated as targets, before each scan. The target for a scan will never appear as a non-target object in another scan. Per established protocol, individuals will fixate on a central cross prior to imaging. Individuals will press a MR-compatible button when they detect the target. Target objects only appear in the cued stream. Cues, a filled red square, are programmed to occur, on average, every 2.06, 4.12, or 6.18 seconds within a temporal window of ± 400 milliseconds centered on those values.