Titlebook: Aging and Hearing; Causes and Consequen Karen S. Helfer,Edward L. Bartlett,Richard R. Fay Book 2020 Springer Nature Switzerland AG 2020 aud

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Causes and Consequences of Age-Related Hearing Loss,d factors. Also included is epidemiologic evidence for possible consequences of age-related hearing loss, beginning with a framework for understanding how epidemiologic and clinical research is synthesized and evaluated to determine the relationship between an exposure and an outcome. Evidence is th

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Aging, Hearing Loss, and Listening Effort: Imaging Studies of the Aging Listener,signals appears to increase listening-related effort and limit the mental resources available for other daily life activities. The significance of this research for clinical populations is discussed, including how neuroimaging could inform the development of targeted interventions and assessments of

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Functional Consequences of Impaired Hearing in Older Adults and Implications for Intervention,eural, central-auditory, or cognitive deficits, with or without accompanying pure-tone hearing loss. Furthermore, psychological and social adjustment to hearing loss may require nontechnological solutions. Such adjustment may be complicated by the interface between hearing loss and other age-related

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Emerging Clinical Translational Treatment Strategies for Age-Related Hearing Loss,rkable in the past decades, starting with the initial one-channel cochlear implants developed and tested early on at the House Ear Institute, we will soon experience remarkable breakthroughs for interventions to prevent or treat presbycusis.

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Listening to All Voices: Interdisciplinary Approaches to Understanding Hearing in Aging,loss are reviewed, including basic research with animal and human studies along with translational research. The book is broadly organized into several sections. Chapters ., ., ., ., and . examine age-related changes in the subcortical and cortical anatomy and physiology, drawing primarily on animal

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Genetic and Molecular Aspects of the Aging Auditory System,impaired temporal resolution, and central auditory processing deficits. The major sites of age-related cochlear pathology typically include inner hair cells (IHCs) and outer hair cells (OHCs), spiral ganglion neurons (SGNs), and stria vascularis. The IHCs are the sensory receptors that relay their e

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The Aging Cochlea and Auditory Nerve,sbycusis described by Schuknecht and points to underlying mechanisms for further study in humans. While most humans and animals exhibit mixed pathology, testing a variety of animal models can help establish cause-and-effect, as well as which pathologies tend to coincide, and why. Small rodent models

寡头政治

Age-Related Changes in the Auditory Brainstem and Inferior Colliculus,m. Age-related changes in the function of the inner ear caused by pathologies occurring in the outer and inner hair cells (OHCs and IHCs), stria vascularis, and neurons of the spiral ganglion are transmitted to the central auditory system, where further pathological changes take place. The goal of t

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Age-Related Changes in the Primate Auditory Cortex,gical studies in rodent models have suggested that aging causes a decreased afferent drive from the cochlea, which is then compensated for by changing the balance of excitation and inhibition throughout the subcortical auditory axis. Few studies have investigated this in the nonhuman primate, and ev