Starkey’s Livio AI Wins ‘Technical Innovation of the Year’ at Stevie Awards
The Henley hearing clinic is always on top of the latest hearing aid tech and we love to bring good news when its deserved. We here like Starkey hearing aids and products so we are really pleased that one of our suppliers has some a prestigious award for their hearing aids. You can read bellow what this is all about but just to say we at Henley hearing we only supply the best on the market.
If you would like to know more or even try a set of hearing aids on a trial to see how you get on with them please call us for an appointment and let us start that better hearing journey together.
Henley Hearing Clinic for better hearing.
The Stevie Awards recognize achievements and positive contributions of organizations and working professionals nationwide.
Livio AI was said to be chosen by a team of expert judges in the areas of business and innovation for its “technical brilliance, innovative capabilities, and ultimate positive impact.” One judge said it’s an “innovation [that] caters to real-world problems that needed a solution.”
Starkey Hearing Technologies designs, develops, and distributes comprehensive hearing solutions. Starkey believes in using superior hearing technology as a means to something even greater—creating meaningful connections between people and their worlds.
For more information on the revolutionary Livio AI product line, visit starkeypro.com/livio-ai.
Benefits of hearing aids
The Henley Hearing Clinic is a premier independent hearing company based in Henley on Thames. Leon Cox, the lead audiologist is here to help you diagnose your hearing symptoms along with other hearing issues such as possible ear wax blocking the ear canal. Ear wax can be easily dealt with by Micro-suction that gently hoovers out the ear wax cleanly and quickly.
If you need hearing aids
Hearing aids won’t make your hearing perfect, but they make sounds louder and clearer, reducing the impact hearing loss has on your life.
Hearing aids can:
- help you hear everyday sounds such as the doorbell and phone
- improve your ability to hear speech
- make you feel more confident when talking to people and make it easier for you to follow conversations in different environments
- help you to enjoy listening to music and the TV, at a volume that’s comfortable for those around you
But hearing aids only help if you still have some hearing left, so don’t put off getting help if your hearing is getting worse.
To book your appointment at the Henley Hearing Clinic please call reception and speak with our receptionist.
Ear wax removal Bucks
Ear wax removal Bucks is available at the Henley Hearing Clinic. If you are suffering from excessive wax build up in the ear or ears we can come to your aid. Using Micro-Suction or the traditional irrigation technique, (some call it ear syringing), it only take a few mins to painlessly remove excess ear wax. Please click here to see how Micro-Suction works.
If you live in the Chalfont area then contact us for Ear wax removal near Little Chalfont Bucks.
Henley hearing Clinic also conduct lots of other ear related issues such as hearing tests, dispensing the very latest digital hearing aids along with hearing aid servicing and setting up of new hearing aids after you purchase them. If you need any of our services please book by calling reception.
Henley Hearing Clinic News:
Philips Hearing Aids Introduced by Demant
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In August, Demant announced a licensing agreement with Philips, which is headquartered in Eindhoven, The Netherlands, to bring Philips-branded solutions to the hearing healthcare market. Demant (formerly William Demant Holding) is the parent group of Oticon, Sonic, and Bernafon hearing aids, as well as Oticon Medical.
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“Based on a shared vision of improving the lives of people through innovative healthcare this new cooperation will not only change the way we see hearing healthcare, but also widen the definition of hearing healthcare, supporting healthier lifestyles and active aging,” said Spencer Ramsey, Senior Director of Brand Licensing, Philips, in the press statement. “Combining Demant’s world-leading hearing aid technology with Philips’ global brand presence in healthcare, the cooperation will enrich the hearing healthcare experience.”
The new premium Philips hearing aids—named Philips HearLink—are now available for hearing care professionals in selected countries. The look and feel of the Philips HearLink hearing aids is designed to cater to today’s baby boomer generation with design and usability developed for this expanding market. Philips HearLink users will benefit from connectivity between their hearing aids and the devices they use in their everyday life, such as smartphones and televisions. The hearing aids will reportedly be manufactured by Demant using the Velox-S and Velox platforms, and will be available in a complete range of styles, including RICs, BTEs, ITCs, CICs, and IITs.
“The Philips hearing aids will provide users with an innovative, future-proof hearing solution,” says Demant President & CEO Søren Nielsen. “We live in an age where user engagement and digital services are shaping the future of healthcare technology. More and more people are conscious of taking control of their own personal healthcare and are using electronic devices to do so. In this light, Philips Hearing Solutions offers new and exciting premium solutions alongside Philips’ healthcare ecosytem, which will attract interest and generate significant benefits to users, ultimately supporting our valued customer base of hearing care professionals.
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“With this partnership, we take connected hearing healthcare to the next level and offer new and exciting solutions within integrated healthcare services to the benefit of both professionals and people suffering from a hearing loss,” continued Nielsen. “Health, caring, and innovation are cornerstones in the vision of both Demant and Philips, which makes the partnership a great match for the future. Furthermore, it will strengthen and add value to both companies’ ambition to improve people’s lives.”
The Philips brand is something of a “back to the future moment” for more seasoned dispensing professionals. Philips was a well-known hearing aid brand in the 1990s, and the company embarked on a technical collaboration with Telex then exited the market just before the turn of the new century when Beltone purchased Philips’ hearing aid technology. The Hearing Review published numerous news and technical articles about Philips technology in the 90s.
Traditionally, hearing aid branding has not played a large role in hearing healthcare; MarkeTrak 9 suggested that less than half of hearing aid users (43%) could identify the brand of their device. However, many experts in the industry believe this is due to change, as more consumers are expected to enter the market and there is continued competition and aggressive marketing among dispensing chains, pharmacies, mass merchandisers, and online retailers. The Philips brand brings with it one of the world’s best known and trusted healthcare and consumer electronics brands.
For further information about Philips Hearing Solutions and a full presentation of the Philips HearLink product range, visit: hearingsolutions.philips.com
Hearing aids, Buckinghamshire
Henley Hearing Clinic is an independent hearing specialist centre based in Henley Bucks. We specialise in the very latest hearing aids that will transform your life. The new 2018 digital hearing aids are a joy to use, connecting with your Iphone or most Android smart phones that are on the market today. You can really hear the benefits of the latest hearing tech, so why not book in and have a hearing test today and discuss your needs.
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Swedish University Researchers Develop New Test for Balance Disorders
Many individuals over age 65 suffer from dizziness and problems with balance; however, tests to identify the causes of such problems are often painful and can risk hearing damage. Now, researchers from Chalmers University of Technology have developed a new testing device using bone conduction technology that is said to offer “significant advantages” over current tests, the Sweden-based university announced.
A Vestibular Evoked Myogenic Potentials (VEMP) test uses loud sounds to evoke a muscle reflex contraction in the neck and eye muscles, triggered by the vestibular system—the system responsible for our balance. The Chalmers researchers have now used bone-conducted sounds to achieve what they say are better results.
“We have developed a new type of vibrating device that is placed behind the ear of the patient during the test,” said Bo Håkansson, a professor in the research group ‘Biomedical signals and systems’ at Chalmers.
The vibrating device is small and compact in size, and optimized to provide an adequate sound level for triggering the reflex at frequencies as low as 250 Hz. Previously, no vibrating device has been available that was directly adapted for this type of test of the balance system.
Henley hearing aids, Bucks
In bone-conduction transmission, sound waves are transformed into vibrations through the skull, stimulating the cochlea within the ear, in the same way as sound waves go through the ear canal, the eardrum, and the middle ear. Håkansson has over 40 years of experience in this field and has previously developed hearing aids using this technology.
The cause of dizziness can be difficult to diagnose for several reasons. In 50% of cases, dizziness is due to problems in the vestibular system. But today’s VEMP methods have major shortcomings, and can cause hearing loss and discomfort for patients.
For example, the VEMP test uses very high sound levels, and may, in fact, cause permanent hearing damage itself, according to the university’s press release. And, if the patient already suffers from certain types of hearing loss, it may be impossible to draw any conclusions from the test. The Chalmers researchers’ new method offers significant advantages.
“Thanks to this bone conduction technology, the sound levels which patients are exposed to can be minimized,” said postdoctoral researcher Karl-Johan Fredén Jansson, who made all the measurements in the project. “The previous test was like a machine gun going off next to the ear—with this method it will be much more comfortable. The new vibrating device provides a maximum sound level of 75 decibels. The test can be performed at 40 decibels lower than today’s method using air-conducted sounds through headphones. This eliminates any risk that the test itself could cause hearing damage.”
The benefits also include safer testing for children as well as patients with impaired hearing function due to chronic ear infections or congenital malformations in the ear canal and middle ear.
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The vibrating device is compatible with standardized equipment for balance diagnostics in healthcare and the cost of the new technology is estimated to be lower than the corresponding equipment used today.
A pilot study has been conducted and recently published. The next step is to conduct a larger patient study in collaboration with Sahlgrenska University Hospital in Gothenburg, where 30 participants with normal hearing will also be included.
More about the research
The scientific article “VEMP using a new low-frequency bone conduction transducer” has recently been published by Dove Medical Press, in the journal Medical Devices: Evidence and Research.
Chalmers’ partners in the study are the Sahlgrenska Academy at the University of Gothenburg, and the Danish audio companies Ortofon andInteracoustics. Grants for this project are received from Vinnova (Swedish Innovations Agency) and Hörselskadades Riksförbund (Hearing Impairment Federation).
Original Paper: Håkansson B, Fredén Jansson K-J, Tengstrand T, et al. VEMP using a new low-frequency bone conduction transducer. Medical Devices: Evidence and Research. 2018;11:301-312.
Source: Chalmers University of Technology, Medical Devices: Evidence and Research
Image: Johan Bodell/Chalmers University of Technology
Henley independent hearing
The Henley hearing clinic and ear wax removal centre is a premier independent local hearing service in Bucks. We believe in personal service, we offer premier hearing tests and ear wax removal. Using the latest knowledge and using the latest tech we know how to perform the very best hearing tests.
We stock hearing aid batteries, and conduct hearing tests onsite here in Henley.
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Widex Announces New Insights into EVOKE Hearing Aid’s AI Function
Widex announced the first data gathered from the WIDEX EVOKE™ hearing aid, which is said to achieve “a new level of Artificial Intelligence (AI)” through machine learning, and is helping to bring new insights into how users are taking control of their sound environment to improve their hearing experience, according to the company.
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Denmark-based Widex launched the WIDEX EVOKE hearing aid in April. The hearing aid is reportedly the first to give users the ability to employ real-time machine learning that can solve the tricky hearing problems that users face in their daily lives.
“We launched WIDEX EVOKE with SoundSense technology to put users back in control of the most difficult hearing situations,” said Jens Brehm Nielsen, data science & machine learning architect at Widex. “And we can see that EVOKE users have taken the opportunity to do that and, in the process, are helping us understand more about them. That information will help us to make the EVOKE and future hearing aids even better.”
Henley hearing aids
SoundSense Learn is an AI system, because AI is said to refer to systems that solve tasks humans are inherently good at—such as driving a car, doing the dishes, etc. SoundSense Learn expands into entirely new applications by helping end users adjust their hearing aids in the moment, reportedly something that no humans can replicate to the same degree of accuracy, according to Widex.
The SoundSense Learn smartphone app is connected to the EVOKE hearing aids and uses machine learning to guide users in optimizing the settings to their exact needs. The app gathers a variety of anonymous data such as how often they turn the volume up or down, which sound presets they use, and how many custom settings they create—including those made with SoundSense Learn.
Hearing test in Henley
Tagging of custom settings has proved to be one of the interesting pieces of data generated by EVOKE.
“We found that many people have created a setting and tagged it with, for instance, ‘work’ which suggests that it is something that our end users need and want,” said Nielsen. “And from SoundSense Learn we already have an idea of how they like the settings.”
Some hearing aids give users the ability to customize their sound experience by adjusting frequency bands to boost or cut bass, middle or high tones. Adjusting frequencies works well in many situations once the initial settings have been set by a skilled audiologist. However, some situations are so complex that hitting the right combination of adjustments can be difficult.
“Widex hearing aids are well known for the quality of their sound,” said Nielsen. “But SoundSense Learn has added an extra layer of quality sound on top of that by using a machine learning algorithm together with reinforcement learning—the two key ingredients in state-of-the art AI algorithm, that enables the algorithm to learn in the moment.
“The algorithm learns an optimal setting every time a user finds the sound to be a little below expectations in a given sound environment. It learns these settings by simply asking the user to compare two settings that are carefully picked by the algorithm. This allows it to learn an optimal setting in a new environment very fast.”
By collating and analyzing the anonymous data WIDEX EVOKE will continue to become even smarter as time passes.
Hearing aids, Buckinghamshire
For the very latest Digital hearing aids and earwax removal techniques visit Henley hearing Clinic
The Henley Hearing Clinic can proudly boast of being one of the best independent hearing clinics in Bucks. Leon Cox the lead audiologist and owner know a thing or two when it comes to hearing aids and clearing earwax.
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Researchers Identify New Type of Vertigo, According to Study Published in ‘Neurology’
With vertigo, people have episodes of dizziness that can last from minutes to days. Vertigo can be caused by serious conditions, such as tumors, or conditions that are fairly benign, such the inner ear disorder Meniere’s disease. But for some people, no cause can be found.
In this new study, neurologists have identified a new type of vertigo where treatment may be effective.
“These conditions can be difficult to diagnose and quite debilitating for people, so it’s exciting to be able to discover this new diagnosis of a condition that may respond to treatment,” said study author Ji-Soo Kim, MD, PhD, of Seoul National University in Seongnam, South Korea.
To diagnose this new condition, the person sits in a dark room and the examiner moves the patient’s head forward and then the head is shaken horizontally for about 15 seconds. Then the patient opens his or her eyes and a video recording is taken of eye movements. The neurologists discovered that after the test, people with this new condition had eye movements called nystagmus that lasted longer than for other people. The new condition is called recurrent spontaneous vertigo with head-shaking nystagmus.
Among 338 people with vertigo with no known cause, 35 had this new condition and were included in the study. The participants had attacks of vertigo ranging from two or three times a week to once a year. They also experienced nausea or vomiting, headaches, and intolerance of head motions during the attacks.
The participants were compared to 35 people with other conditions that can cause vertigo, such Meniere’s disease, vestibular migraine, and vestibular neuritis. The test measured the time constant, or the time that represents the speed with which the reflexive eye movements can respond to change. For those with the new condition, the time constant during the primary phase of the nystagmus was 12 seconds, while it was six seconds for those with Meniere’s disease and five seconds for those with vestibular neuritis and vestibular migraine.
The neurologists also found that people with the new type of vertigo were more likely to have severe motion sickness than those with other types of vertigo.
A total of 20 of the 35 people with the new type of vertigo who had frequent attacks and severe symptoms were given preventive medication. About one-third of those had partial or complete recovery with the new medication. During the long-term follow-up of an average of 12 years after the first symptoms for 31 participants, five reported no more attacks, 14 said their symptoms had improved, and only one said symptoms had gotten worse.
Kim said that people with this condition may have a hyperactive mechanism in their vestibular system that helps the brain respond to movement of the body and in the environment.
“It’s possible that the vertigo occurs when this unstable mechanism is disrupted by factors either within the person’s body or in their environment,” Kim said.
The study was supported by the National Research Foundation of Korea. Learn more about the brain at www.BrainandLife.org, the American Academy of Neurology’s free patient and caregiver magazine and website focused on the intersection of neurologic disease and brain health. Follow Brain & Life on Facebook, Twitter, and Instagram.
The American Academy of Neurology is said to be the world’s largest association of neurologists and neuroscience professionals, with 34,000 members. The AAN is dedicated to promoting the highest quality patient-centered neurologic care. A neurologist is a doctor with specialized training in diagnosing, treating and managing disorders of the brain and nervous system such as Alzheimer’s disease, stroke, migraine, multiple sclerosis, concussion, Parkinson’s disease, and epilepsy.
Original Paper: Lee S-U, Jeong-Yoon C, Hyo-Jung K, Ji-Soo, K. Recurrent spontaneous vertigo with interictal headshaking nystagmus. Neurology. 2018. Available at: http://n.neurology.org/content/early/2018/05/23/WNL.0000000000005689
Source: AAN, Neurology
The best hearing centre in Bucks?
Here at The Henley hearing clinic don’t really go around saying we are the best hearing centre in Bucks all the time, but we do like to think we are one of the best.
We offer the most up to date tech for getting your hearing back to a liveable level that you will really notice. We also offer ear wax removal using the very gentle Microsuction Technique or the traditional water ear irrigation technique. As we are the leading audiology clinic in the area we do have the very latest in hearing tech and digital hearing aids.
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Brainwave Abnormality Could Be Common to Parkinson’s Disease, Tinnitus, Depression
Vanneste and his colleagues—Dr Jae-Jin Song of South Korea’s Seoul National University and Dr Dirk De Ridder of New Zealand’s University of Otago—analyzed electroencephalograph (EEG) and functional brain mapping data from more than 500 people to create what Vanneste believes is the largest experimental evaluation of TCD, which was first proposed in a paper published in 1996.
“We fed all the data into the computer model, which picked up the brain signals that TCD says would predict if someone has a particular disorder,” Vanneste said. “Not only did the program provide the results TCD predicted, we also added a spatial feature to it. Depending on the disease, different areas of the brain become involved.”
“The strength of our paper is that we have a large enough data sample to show that TCD could be an explanation for several neurological diseases.”
Brainwaves are the rapid-fire rhythmic fluctuations of electric voltage between parts of the brain. The defining characteristics of TCD begin with a drop in brainwave frequency—from alpha waves to theta waves when the subject is at rest—in the thalamus, one of two regions of the brain that relays sensory impulses to the cerebral cortex, which then processes those impulses as touch, pain, or temperature.
A key property of alpha waves is to induce thalamic lateral inhibition, which means that specific neurons can quiet the activity of adjacent neurons. Slower theta waves lack this muting effect, leaving neighboring cells able to be more active. This activity level creates the characteristic abnormal rhythm of TCD.
“Because you have less input, the area surrounding these neurons becomes a halo of gamma hyperactivity that projects to the cortex, which is what we pick up in the brain mapping,” Vanneste said.
While the signature alpha reduction to theta is present in each disorder examined in the study—Parkinson’s, pain, tinnitus, and depression—the location of the anomaly indicates which disorder is occurring.
“If it’s in the auditory cortex, it’s going to be tinnitus; if it’s in the somatosensory cortex, it will be pain,” Vanneste explained. “If it’s in the motor cortex, it could be Parkinson’s; if it’s in deeper layers, it could be depression. In each case, the data show the exact same wavelength variation—that’s what these pathologies have in common. You always see the same pattern.”
EEG data from 541 subjects was used. About half were healthy control subjects, while the remainder were patients with tinnitus, chronic pain, Parkinson’s disease, or major depression. The scale and diversity of this study’s data set are what set it apart from prior research efforts.
“Over the past 20 years, there have been pain researchers observing a pattern for pain, or tinnitus researchers doing the same for tinnitus,” Vanneste said. “But no one combined the different disorders to say, ‘What’s the difference between these diseases in terms of brainwaves, and what do they have in common?’ The strength of our paper is that we have a large enough data sample to show that TCD could be an explanation for several neurological diseases.”
With these results in hand, the next step could be a treatment study based on vagus nerve stimulation—a therapy being pioneered by Vanneste and his colleagues at the Texas Biomedical Device Center at UT Dallas. A different follow-up study will examine a new range of psychiatric diseases to see if they could also be tied to TCD.
For now, Vanneste is glad to see this decades-old idea coming into focus.
“More and more people agree that something like thalamocortical dysrhythmia exists,” he said. “From here, we hope to stimulate specific brain areas involved in these diseases at alpha frequencies to normalize the brainwaves again. We have a rationale that we believe will make this type of therapy work.”
Original Paper: Vanneste S, Song J-J, De Ridder D. Thalamocortical dysrhythmia detected by machine learning. Nature Communications. 2018;9(1103)
Source: Nature Communications, University of Texas at Dallas
Image: University of Texas at Dallas
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‘CNN’ Profiles Inventor of HearGlass
Peter Sprague, the 78-year-old inventor of HearGlass—a technology that incorporates amplification into eyeglass frames—is featured in a recent CNN profile.
According to the article, Sprague was frustrated by how standard hearing aids “distorted audio” and has incorporated directional microphones, Bluetooth and WiFi capabilities, and a discreet design into his fourth-generation prototype.
Marshall Chasin, a frequent contributor to Hearing Review, was quoted in the article about the ways hearing aid manufacturers have improved their devices to help provide users with more dynamic sound options.
Unitron Launches Moxi ALL Hearing Instrument
Published on February 22, 2018
Unitron announced the release of its latest hearing instrument, Moxi ALL.
Like all hearing instruments driven by the Tempus™ platform, Moxi ALL was designed around the company’s core philosophy of putting consumer needs at the forefront. The new hearing solution is designed to deliver “amazing sound quality,” according to Unitron, and advanced binaural performance features that help consumers hear their best in all of life’s conversations, including those on mobile phones.
After powering up overnight, a rechargeable battery is designed to help “keep them in the conversation” for up to 16 hours, including two hours of mobile phone use and five hours of TV streaming. Plus, consumers never have to worry if they forget to charge because they have the flexibility to swap in traditional batteries at any time.
A new way to deliver their most personalized solution
Consumers can take home Moxi ALL hearing instruments to try before they buy with FLEX:TRIAL™.
“Today’s consumers are not interested in one-size-fits-all. They want to know that the hearing instrument they select is personalized to their individual listening needs and preferences,” said Lilika Beck, vice president, Global Marketing, for Unitron. “This simple truth is driving our FLEX™ ecosystem—a collection of technologies, services, and programs designed to make the experience of buying and using a hearing instrument feel easy and empowering.”
As the latest addition to the FLEX ecosystem, Moxi ALL is proof of Unitron’s ongoing commitment to putting consumers at the center of its mission to provide the most personalized experience on the market when it comes to choosing hearing instruments.
The global roll-out of Moxi ALL begins February 23, 2018.
Visual Cues May Help Amplify Sound, University College London Researchers Find
Looking at someone’s lips is good for listening in noisy environments because it helps our brains amplify the sounds we’re hearing in time with what we’re seeing, finds a new University College London (UCL)-led study, the school announced on its website.
The researchers say their findings, published in Neuron, could be relevant to people with hearing aids or cochlear implants, as they tend to struggle hearing conversations in noisy places like a pub or restaurant.
The researchers found that visual information is integrated with auditory information at an earlier, more basic level than previously believed, independent of any conscious or attention-driven processes. When information from the eyes and ears is temporally coherent, the auditory cortex —the part of the brain responsible for interpreting what we hear—boosts the relevant sounds that tie in with what we’re looking at.
“While the auditory cortex is focused on processing sounds, roughly a quarter of its neurons respond to light—we helped discover that a decade ago, and we’ve been trying to figure out why that’s the case ever since,” said the study’s lead author, Dr Jennifer Bizley, UCL Ear Institute.
In a 2015 study, she and her team found that people can pick apart two different sounds more easily if the one they’re trying to focus on happens in time with a visual cue. For this latest study, the researchers presented the same auditory and visual stimuli to ferrets while recording their neural activity. When one of the auditory streams changed in amplitude in conjunction with changes in luminance of the visual stimulus, more of the neurons in the auditory cortex reacted to that sound.
“Looking at someone when they’re speaking doesn’t just help us hear because of our ability to recognize lip movements—we’ve shown it’s beneficial at a lower level than that, as the timing of the movements aligned with the timing of the sounds tells our auditory neurons which sounds to represent more strongly. If you’re trying to pick someone’s voice out of background noise, that could be really helpful,” said Bizley.
The researchers say their findings could help develop training strategies for people with hearing loss, as they have had early success in helping people tap into their brain’s ability to link up sound and sight. The findings could also help hearing aid and cochlear implant manufacturers develop smarter ways to amplify sound by linking it to the person’s gaze direction.
The paper adds to evidence that people who are having trouble hearing should get their eyes tested as well.
The study was led by Bizley and PhD student Huriye Atilgan, UCL Ear Institute, alongside researchers from UCL, the University of Rochester, and the University of Washington, and was funded by Wellcome, the Royal Society; the Biotechnology and Biological Sciences Research Council (BBSRC); Action on Hearing Loss; the National Institutes of Health (NIH), and the Hearing Health Foundation.
Original Paper: Atilgan H, Town SM, Wood KC, et al. Integration of visual information in auditory cortex promotes auditory scene analysis through multisensory binding. Neuron. 2018;97(3)[February]:640–655.e4. doi.org/10.1016/j.neuron.2017.12.03
Source: University College London, Neuron