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A schematic description of the correlation between the various types of hearing disorders and the behaviour of auditory brain stem responses (ABR) is presented. Conductive pathology and high-frequency cochlear hearing loss prolong wave component latency due to energy loss and hair cell dysfunction. Latency is not affected in flat cochlear hearing loss. Prolonged interwave latencies between wave I and wave V indicate eighth nerve and brain stem disorders. An algorithm in the form of a flow chart was developed for location of the malfunction. Families of characteristics of wave V intensity-latency functions were designed for faster detection and more precise evaluation of conductive and cochlear hearing losses.
T Janssen, and
H J Steinhoff, and
F Böhnke
October 1984,
Electroencephalography and clinical neurophysiology,
T Janssen, and
H J Steinhoff, and
F Böhnke
January 1987,
The Annals of otology, rhinology, and laryngology,
T Janssen, and
H J Steinhoff, and
F Böhnke
January 1979,
The Annals of otology, rhinology & laryngology. Supplement,
T Janssen, and
H J Steinhoff, and
F Böhnke
June 1980,
Neurosurgery,
T Janssen, and
H J Steinhoff, and
F Böhnke
November 1998,
Electroencephalography and clinical neurophysiology,
T Janssen, and
H J Steinhoff, and
F Böhnke
August 1990,
Ear and hearing,
T Janssen, and
H J Steinhoff, and
F Böhnke
January 1987,
The Annals of otology, rhinology, and laryngology,
T Janssen, and
H J Steinhoff, and
F Böhnke
November 1985,
Electroencephalography and clinical neurophysiology,
T Janssen, and
H J Steinhoff, and
F Böhnke
January 1982,
Ear and hearing,
T Janssen, and
H J Steinhoff, and
F Böhnke
May 1986,
Electroencephalography and clinical neurophysiology,
