Eradication of communicative disorders

preventive medicine in the 21st century.

Research output: Contribution to journalArticle

Abstract

Profound changes in our society occurring over the past few decades have resulted in a major shift in societal emphasis from labor to communication. The widespread use of personal computers has enhanced the importance of information-communication in daily life. People with communication disorders are at substantial risk of underemployment and lowered quality of life. Advances in medical science and hearing health care have placed us on the thresholds of being able to correct, rather than remediate, certain types of hearing loss. The finding that auditory hair cells of submammalian species regenerate has stimulated greatly the field of auditory research. A new lexicon is required to describe this emerging field. Methods exist to protect against hearing loss, repair affected structures prior to their degeneration, promote dedifferentiation-redifferentiation of undamaged structures into sensory cells, and, finally, promote regeneration of new sensory cells from precursor cells. Each of these processes has unique requirements, and all may be required to promote the restoration of hearing following damage or disease.

Original languageEnglish (US)
Pages (from-to)55-58
Number of pages4
JournalThe Annals of otology, rhinology & laryngology. Supplement
Volume168
StatePublished - 1997

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Communication Disorders
Preventive Medicine
Hearing Loss
Hearing
Auditory Hair Cells
Communication
Microcomputers
Regeneration
Quality of Life
Delivery of Health Care
Research

Cite this

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abstract = "Profound changes in our society occurring over the past few decades have resulted in a major shift in societal emphasis from labor to communication. The widespread use of personal computers has enhanced the importance of information-communication in daily life. People with communication disorders are at substantial risk of underemployment and lowered quality of life. Advances in medical science and hearing health care have placed us on the thresholds of being able to correct, rather than remediate, certain types of hearing loss. The finding that auditory hair cells of submammalian species regenerate has stimulated greatly the field of auditory research. A new lexicon is required to describe this emerging field. Methods exist to protect against hearing loss, repair affected structures prior to their degeneration, promote dedifferentiation-redifferentiation of undamaged structures into sensory cells, and, finally, promote regeneration of new sensory cells from precursor cells. Each of these processes has unique requirements, and all may be required to promote the restoration of hearing following damage or disease.",
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