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A schematic description of the correlation between various pathologies of hearing impairments and the behavior of auditory brainstem responses (ABR) is presented. Conductive pathology and high-frequency cochlear hearing losses prolong wave component latency due to energy loss and hair cell dysfunction. In cases of flat cochlear hearing loss latency is not affected. Prolonged interwave latencies between wave I and wave V indicate eight nerve and brainstem disorders. An algorithm was developed in the form of a flow chart for locating various malfunctions. Fields of wave V intensity-latency functions were designed for the faster detection and more precise evaluation of conductive and cochlear hearing losses.
H J Steinhoff, and
F Böhnke, and
T Janssen
January 1991,
Acta oto-laryngologica,
H J Steinhoff, and
F Böhnke, and
T Janssen
October 1997,
Ear and hearing,
H J Steinhoff, and
F Böhnke, and
T Janssen
February 1992,
Ear and hearing,
H J Steinhoff, and
F Böhnke, and
T Janssen
January 1995,
Scandinavian audiology,
H J Steinhoff, and
F Böhnke, and
T Janssen
January 1981,
Scandinavian audiology. Supplementum,
H J Steinhoff, and
F Böhnke, and
T Janssen
May 2015,
Lin chuang er bi yan hou tou jing wai ke za zhi = Journal of clinical otorhinolaryngology, head, and neck surgery,
H J Steinhoff, and
F Böhnke, and
T Janssen
January 1978,
Audiology : official organ of the International Society of Audiology,
H J Steinhoff, and
F Böhnke, and
T Janssen
January 2007,
Brazilian journal of otorhinolaryngology,
H J Steinhoff, and
F Böhnke, and
T Janssen
November 1980,
British journal of audiology,
H J Steinhoff, and
F Böhnke, and
T Janssen
January 1993,
Scandinavian audiology,
