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New Advances in Objective Audiometry FREE

Manuel Don, PhD; Robert I. Kohut, MD
[+] Author Affiliations

Reprint requests to Department of Surgery, Division of Otolaryngology, University of California, Irvine, CA 92664 (Dr Kohut).


JAMA. 1975;234(8):823-823. doi:10.1001/jama.1975.03260210031016
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THE NEED for objective procedures to test auditory function in infants, children, and adults has long been recognized. The search for objective measures to augment and replace standard audiological methods requiring subjective responses has led to the development and use of electrodermal, electroencephalic (cortex-evoked response), electrocochleographic, and impedance audiometry.1-4 The electrodermal or galvanic skin response (GSR) audiometric technique has been generally abandoned because of the "... unspecificity of the stimulus and the resulting inaccuracy of the response"5 and the hazards of passing electrical currents through the body.1 Current techniques utilizing the other three methods provide either limited information or information that is often difficult to interpret.

Recently, new objective audiometric procedures have been introduced. One procedure is a slight modification of the electroencephalic or cortex-evoked response method. Instead of measuring the long-latency potentials (generally more than 50 msec after stimulus onset) recorded from cortical areas, measurements are taken

REFERENCES

Knox AW:  Electrodermal audiometry , in Katz J (ed): Handbook of Clinical Audiology . Baltimore, Williams & Wilkins Co, 1972;, pp 395-406.
Skinner PH:  Electroencephalic response audiometry , in Katz J (ed): Handbook of Clinical Audiology . Baltimore, Williams & Wilkins Co, 1972;, pp 407-433.
Eggermont JJ, Odenthal DW, Schmidt PH, et al:  Electrocochleography: Basic principles and clinical application . Acta Otolaryngol , (suppl 316) , pp 1-84, 1974;.
Lilly DJ:  Acoustic impedance at the tympanic membrane , in Katz J (ed): Handbook of Clinical Audiometry . Baltimore, Williams & Wilkins Co, 1972;, pp 434-469.
Schmidt PH, Spoor A:  The place of electrocochleography in clinical audiometry . Acta Otolaryngol , (suppl 316) , pp 5-6, 1974;.
Jewett D, Romano HN, Williston JS:  Human auditory-evoked responses: Possible brain stem components detected on the scalp . Science 167:1517-1518, 1970;.
Starr A, Achor LJ:  Auditory brain stem responses in neurological disease . Arch Neurol 32:761-768, 1975;.
Hecox K, Galambos R:  Brain stem auditory-evoked responses in human infants and adults . Arch Otolaryngol 99:30-33, 1974;.
Simmons FB, Russ FN:  Automated newborn hearing screening: The crib-o-gram . Arch Otolaryngol 100:1-7, 1974;.
Eggermont JJ, Odenthal DW:  Methods in electrocochleography . Acta Otolaryngol , (suppl 316) , pp 17-24, 1974;.
Brown KS:  Microphonic potentials from skin predict inner ear defects in cats . Nature [New Biol] 228:1212-1213, 1970;.

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Knox AW:  Electrodermal audiometry , in Katz J (ed): Handbook of Clinical Audiology . Baltimore, Williams & Wilkins Co, 1972;, pp 395-406.
Skinner PH:  Electroencephalic response audiometry , in Katz J (ed): Handbook of Clinical Audiology . Baltimore, Williams & Wilkins Co, 1972;, pp 407-433.
Eggermont JJ, Odenthal DW, Schmidt PH, et al:  Electrocochleography: Basic principles and clinical application . Acta Otolaryngol , (suppl 316) , pp 1-84, 1974;.
Lilly DJ:  Acoustic impedance at the tympanic membrane , in Katz J (ed): Handbook of Clinical Audiometry . Baltimore, Williams & Wilkins Co, 1972;, pp 434-469.
Schmidt PH, Spoor A:  The place of electrocochleography in clinical audiometry . Acta Otolaryngol , (suppl 316) , pp 5-6, 1974;.
Jewett D, Romano HN, Williston JS:  Human auditory-evoked responses: Possible brain stem components detected on the scalp . Science 167:1517-1518, 1970;.
Starr A, Achor LJ:  Auditory brain stem responses in neurological disease . Arch Neurol 32:761-768, 1975;.
Hecox K, Galambos R:  Brain stem auditory-evoked responses in human infants and adults . Arch Otolaryngol 99:30-33, 1974;.
Simmons FB, Russ FN:  Automated newborn hearing screening: The crib-o-gram . Arch Otolaryngol 100:1-7, 1974;.
Eggermont JJ, Odenthal DW:  Methods in electrocochleography . Acta Otolaryngol , (suppl 316) , pp 17-24, 1974;.
Brown KS:  Microphonic potentials from skin predict inner ear defects in cats . Nature [New Biol] 228:1212-1213, 1970;.
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