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The tinnitus talk forum (tinnitus hub) is the biggest internet forum for tinnitus patients.
Presentations from Guest, Keynote, Invited and Workshop Session speakers are available on the program page of the conference website. Article: THE SOUNDS OF SILENCEScience-based tinnitus therapeutics are finally coming into their own. Welcome to the first issue of the Action on Hearing Loss Translational Research Initiative for Hearing (TRIH) newsletter.
The purpose of this newsletter is to boost awareness of opportunities in translational hearing research and share updates and information on preclinical and clinical research to develop therapeutics to restore hearing or silence tinnitus.
In the lead up to the 2nd International Conference on Hyperacusis (July 09-10, 2015, London, UK) the ICH2 NEWSLETTER will be updating you with news relevant to hyperacusis plus interviews with experts, patients as well as news from around the world to help put research outcomes into perspective. New faculty positions are available through the MnDRIVE – Brain Conditions Program at the University of Minnesota.
The candidates will find a highly collaborative environment with leading neural engineering faculty, one of the top imaging facilities in the world and a strong medical device industry surrounding the University. The Tinnitus Research Initiative has just released a smartphone app that allows to track the tinnitus during the everyday routine. The Online Journal Audiology Worldnews published a summary of the speech that Berthold Langguth held on the TINNET COST action BM1306 during the 8th International TRI Tinnitus Conference from 10-13 March in Auckland, New Zealand. The proposal “Better Understanding the Heterogeneity of Tinnitus to Improve and Develop New Treatments – TINNET” has been approved by the COST Committee of Senior Officials. We are now inviting tinnitus researchers from as many european countries as possible to participate in the project. An NIH-funded postdoctoral position is immediately available to study the function and plasticity of non-auditory connections to the auditory brain stem. The Lab for Auditory & Integrative Neuroscience at the School of Behavioral and Brain Science, The University of Texas at Dallas seeks to fill in Postdoctoral Research positions in Neurosciences and Communication Disorders with a focus on auditory perception and disorders. The articles in these renowned journals reflect both the relevance of tinnitus as a health and research topic, and the increasing quality of basic and clinical tinnitus research during the last years. The fascinating city of Valencia with its long historic tradition fused with its futuristic physiognomy, represented a unique venue for this year's TRI meeting. The Textbook of Tinnitus was one of the top 25 percent most downloaded eBooks in the relevant Springer eBook Collection in 2013. Initiated and edited by Aage Møller, Berthold Langguth, Tobias Kleinjung and Dirk de Ridder and authored by over 100 tinnitus experts this comprehensive textbook covers in 96 chapters the diagnosis and the therapy of tinnitus. AuthorMapper is an online tool for visualizing scientific research, that enables document discovery based on author locations and geographic maps. AuthorMapper searches the Springer Journals and Springer Books collections and offers access to nearly one hundred fifty years of content available on SpringerLink.
Following a clear goal, this year's meeting was clinically oriented, starting with a session in which the need for multidisciplinary work was stressed.
In order to overcome these limitations a deeper understanding of the involved mechanisms is needed and can be provided by basic science. In addition to basic science other approaches may prove beneficial to overcome current limitations.


As important as the creativity and the open mindedness, is the application of proper methodology and research structure in order not to reject an efficient approach because of false negative results and not to follow the wrong path fooled by false positive results.
Various research sessions discussed progress in animal research, the interaction between the auditory system and the non-auditory system in tinnitus.
Whether clinicians or researchers, let’s follow our dream to find a cure for tinnitus. While it’s mostly been a fantasy in science fiction movies, biotechnology is inching closer to reality and a company by the name of MicorTransponder is developing neuro-stimulation devices to cure tinnitus. The goal of this strategy is to retrain the brain to shrink the abnormal representation of the phantom sound.
In 2008, when writers from game developer Eidos Montreal began mapping out the third of its Deus Ex game series, neuroengineer and Deus Ex fan Will Rosellini offered to bolster the scientific plausibility of their story lines. Rosellini is the CEO of MicroTransponder in Dallas, which develops neurostimulation technology to treat neurological disorders such as tinnitus, chronic pain, stroke-induced motor loss, and post-traumatic stress. A former Arizona Diamondbacks pitcher, Rosellini’s fascination with sports performance led him to neuroscience after his athletic career ended. The Human Revolution writers tapped Rosellini’s knowledge to portray more believable technology for the year 2027, when its story takes place. While this sounds like pure science fiction, scientists and researchers are capable of much more than we can currently imagine, and we are truly on the cusp of augmenting our bodies by using technology and science, and the reality is that researchers are closer than most can imagine to making these augmentations a reality that many might no care to believe. More Info About This Blog…My Cure Tinnitus is dedicated to bringing the Internet all of the latest information regarding tinnitus treatment and tinnitus relief. With almost 300 participants from more than 26 countries the 6th International TRI Conference on Tinnitus in 2012 in Bruges was the best attended TRI meeting ever.
TRI thanks the local organizers Marina Pieters, Sven Vanneste, Dirk De Ridder and Paul Van de Heyning and all participants for contributing to an exciting and inspiring meeting. More than 130 presentations indicated the impressive in increase in quality and quantity of tinnitus research worldwide. This project will help to improve our knowledge about tinnitus, the treatment of the tinnitus patients and increases the already fruitful cooperation among tinnitus researches in Europe any further. Winfried Schlee as the new Scientific Research Coordinator of the Tinnitus Research Initiative Foundation.
The successful candidate will do research in the area of auditory neuroscience with a focus on patients with tinnitus, musical hallucinosis, hyperacusis or congenital deafness using neuroimaging techniques such as high density EEG and rsfMRI as well non-invasive neuromodulation techniques such as TMS and tDCS.
Inspired by Santiago Calatrava?s architecture, the meeting started with a dream: The dream to cure tinnitus.
Users who have not full text access can view parts of the ebook through the free LookInside service of Springer.
Collaboration of Audiologists, Otologists, Neurootologists, Neurologists, Neurosurgeons, Psychiatrists and Psychotherapists is required for efficient diagnostic and therapeutic management. Important progress has been made in demonstrating the complexity of dynamic changes of brain structure and function after hearing loss.
The relevance of epidemiological studies has been made clear, identifying the need for activities to prevent tinnitus and hearing loss, but also to demonstrate how emotional factors and tinnitus interact. In addition to changes in neuronal activity, synchronicity and connectivity, alterations in neuronal variability may be relevant under pathological conditions.


During a recent clinical trial, they treated tinnitus patients with a neuro-stimulation device that delivered very positive results. In plain speak, they are attempting to rewire damaged neural circuits in the auditory cortex, which is what most researchers believe is the root cause of tinnitus symptoms. The technology uses implantable electronic devices to deliver small pulses of energy to nerves, triggering chemicals that enable the brain to remap specific parts. The motto "The art and science of innovation" was reflected by an extraordinary program, integrating the perspectives of neuroscientists and artists, historicians and politicians, business men and clinicans. The Tinnitus Research Initative is mentioned as an example how private donors try to approach this neglected field in order to attract the industry and public funding.
Most important, is the differentiation between changes related to hearing loss and those related to the phantom perception. Neuroimaging becomes more and more successful in order to disentangle neuronal effects related to the various aspects and comorbidities of tinnitus.
All of the firms technology is based on the premise that certain disorders arise from over or under-stimulated nerves, damaged neural pathways or over-allotment of neurons to specific tone frequencies. Rosellini whittled it by a third according to how existing science might realistically evolve, even helping them smooth over a major criticism involving rapid healing of characters. We added that information to booklets laying around and in e-mails you can see on computers in the game.”  You can see the rest of the original article here.
Thus, identifying the neuronal difference between dream states and wakefulness may provide a hint in the search for efficient targets to cure tinnitus. Whereas these treatments can be extremely useful in some patients, we also have to acknowledge their limitations. As an example, cortical tonotopic map changes, which have been considered as correlates of tinnitus in the past may be more dynamic than expected and rather reflect complex adaptive processes. This knowledge can be directly implemented in brain stimulation approaches for modulating tinnitus-related brain activity.
MicroTransponder will continue to test this technology through their Serenity System, which is a neuros-stimulation based system with a small implanted battery and wires that internally connect to the vagus nerve in the neck. He helped launch MicroTransponder in 2007 to commercialize the research of Larry Cauller, a now-retired associate professor of neuroscience, who worked on robotic prosthetics that interfaced with human nervous systems. Other concepts like spike timing dependent plasticity are increasingly recognized as relevant for tinnitus and its treatment.
Similarly, advances in animal models offer increasing possibilities to develop and test new treatment approaches, being these pharmacological or specific stimulation approaches.
The patient also wears headphones and every time they hear a tone, the receive a small burst of neuros-stimulation to their vagus nerve.



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