Lab for Clinical &
New research paper
In a new paper we investigate whether a correlation exists between tinnitus behavioural scores and functional brain connectivity of five resting-state networks comprising the auditory, the default mode, the external control left and right, and the salience network. Our results indicate that alterations of functional interactions between key neural circuits of the brain are not limited to one single network. In particular, tinnitus distress shows a strong correlation with the connectivity pattern within and between the right executive control network and the other four resting-state networks, indicating that tinnitus distress is probably the consequence of a hyperactive attention condition. Among the behavioural scores, the strongest correlation is observed between age and hearing loss, while the tinnitus objective loudness was not correlated with any behavioural scores.
Professor Vanneste has been recognized as a ‘World Expert’ in Tinnitus (top 3) and Hearing Disorders (top 5) by the US-based medical website Expertscape which placed him in the top 0.1% of experts in his field.
Expertscape ranks researchers and clinicians according to the quantity and quality of their publications in the medical literature between 2008 and 2019.
A new paper published in Neuroscience & Biobehavioral Reviews by lab members Dr. Hullfish and Dr. Vanneste conclude that predictive coding offers the basis for a unifying theory of cognitive neuroscience, which we demonstrate with several examples linking tinnitus to other lines of brain research.
Trinity College Dublin
Prof. Vanneste starts a new lab at Trinity College Dublin, where he will be part of Trinity College Institute for Neuroscience and the Global Brain Health Institute. He will continue his lab at the University of Texas at Dallas as well.
Lab for Clinical & Integrative Neuroscience, Institute for Neuroscience & Global Brain Health Institute, Trinity College Dublin © 2019