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Rexton Introduces Discreet, Rechargeable, Instant-fit Reach inoX-CIC Hearing Aid
Rexton has introduced the Rexton Reach inoX-CIC Li, a rechargeable, discreet completely-in-canal (CIC) hearing aid designed for individuals with mild to moderate hearing loss. This advanced device offers exceptional sound clarity and natural listening experiences, even in challenging environments, thanks to its voice stabilizer technology. The inoX-CIC Li is easy to fit and connect via the Rexton App, allowing users to adjust settings and access remote care support. With up to 28 hours of battery...
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Rexton Introduces Newest Flagship Hearing Aid Family: Rexton Reach
Rexton, a subsidiary of WS Audiology, has introduced its new flagship hearing aid family, the Rexton Reach, designed to enhance group conversations in challenging environments. The Reach series features Multi-Voice Focus technology, which uses four processing tracks to scan and adapt to dynamic soundscapes 1000 times per second, ensuring clear communication without delays. The first model, the R-Li T, is a rechargeable receiver-in-canal (RIC) hearing aid offering up to 39 hours of battery life, w...
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A New World of Sound: Sandi’s Cochlear Implant Story
Sandi Wayman, a 47-year-old woman from Roseburg, Oregon, has experienced the transformative impact of modern medical technology after living with severe-profound hearing loss since childhood. Diagnosed at age three, Sandi initially struggled with hearing aids, feeling self-conscious and isolated in school. Decades later, she decided to undergo cochlear implant surgery, a life-changing procedure that allowed her to hear sounds she had never experienced before. Though the adjustment was challenging...
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Scientists Create Inner-ear "Organoids" in Cell Cultures to Research Hearing Loss
Researchers from Fudan University in Shanghai, China, have successfully developed cochlear organoids using stem cells isolated from mouse cochleae, marking a significant advancement in hearing research. These 3D structures mimic the early development of auditory units and include functional synapses between hair cells (HCs) and spiral ganglion neurons (SGNs), enabling electrical signal transmission—a critical step toward modeling cochlear function in vitro. This breakthrough addresses the lack ...
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New Research: Scientists Identify Otosclerosis Gene
Researchers have identified the first gene linked to otosclerosis, a common cause of adult hearing loss affecting three million Americans. The study, conducted by teams from Memorial University and Western University in Canada and published in *Human Genetics*, pinpointed the FOXL1 gene as responsible for the condition. Otosclerosis occurs when tiny bones in the middle ear cannot vibrate properly, leading to hearing loss. Currently, there is no cure, but the discovery of the FOXL1 mutation offers...
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Should You Include Family in Your Next Audiologist Visit?
This article highlights the importance of involving family in the journey of managing hearing loss. It emphasizes that hearing loss affects not just the individual but also their loved ones, and fostering open communication and mutual understanding can strengthen relationships. The author shares insights from a panel discussion featuring pairs where one person has hearing loss and the other does not, showcasing how teamwork and effort lead to significant benefits for both parties. Additionally, t...
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