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Bringing balance back: Ear cells regenerated in mammals

The inner ear is lined with two types of hair cells that help us to hear and balance. The cells respond to sound waves for hearing and head and body movement for balance. As we age, the cells are injured or die off, and our hearing and balance suffer as a result. Studies have shown that the hair cells in fish, frogs and birds can regenerate naturally. New research by scientists at the University of Washington and Southern Illinois University School of Medicine indicates that the hair cells involved with balance—called vestibular cells—may also be replenished in mammals. This could have
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Bringing balance back: Ear cells regenerated in mammals

The inner ear is lined with two types of hair cells that help us to hear and balance. The cells respond to sound waves for hearing and head and body movement for balance. As we age, the cells are injured or die off, and our hearing and balance suffer as a result. Studies have shown that the hair cells in fish, frogs and birds can regenerate naturally. New research by scientists at the University of Washington and Southern Illinois University School of Medicine indicates that the hair cells involved with balance—called vestibular cells—may also be replenished in mammals. This could have
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Memory and Aging Network

Network provider sites include hospitals, mental health centers, senior service centers, clinics, care facilities and other organizations. Each network provider is part of the interconnected team of experts dedicated to serving individuals with memory problems and their families. Network providers work closely with SIU Medicine's Smith Alzheimer's Center providers and staff, and are specifically trained to evaluate individuals with memory or other cognitive disorders. In addition, the Memory and Aging Network providers may offer: Counseling Referral services Education to individuals, the
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