-transparent.png){kind=logo}
The application of auditory and visual evoked potentials (VEP) to neurotoxicity testing of humans and animals is reviewed. VEPs elicited by flash, reversing-checkerboard patterns, and sine wave grating are described. The flask evoked potential in rats is altered by exposure to many heavy metals, pesticides and solvents. The brainstem auditory evoked potential also appears to be sensitive to neurotoxic chemicals, but the evidence available is limited. The homology of auditory and visual evoked potentials in rats and humans is useful for cross-species extrapolation in neurotoxicology research.
Related Publications
D Otto, and
K Hudnell, and
W Boyes, and
R Janssen, and
R Dyer
November 2013,
Neuropsychologia,
D Otto, and
K Hudnell, and
W Boyes, and
R Janssen, and
R Dyer
December 1955,
The American journal of psychology,
D Otto, and
K Hudnell, and
W Boyes, and
R Janssen, and
R Dyer
November 1976,
Revue de laryngologie - otologie - rhinologie,
D Otto, and
K Hudnell, and
W Boyes, and
R Janssen, and
R Dyer
March 2001,
Hearing research,
D Otto, and
K Hudnell, and
W Boyes, and
R Janssen, and
R Dyer
December 1973,
The American journal of physiology,
D Otto, and
K Hudnell, and
W Boyes, and
R Janssen, and
R Dyer
January 2016,
Advances in experimental medicine and biology,
D Otto, and
K Hudnell, and
W Boyes, and
R Janssen, and
R Dyer
January 1999,
Psychophysiology,
D Otto, and
K Hudnell, and
W Boyes, and
R Janssen, and
R Dyer
August 1980,
The Journal of school health,
D Otto, and
K Hudnell, and
W Boyes, and
R Janssen, and
R Dyer
October 2012,
International journal of audiology,
D Otto, and
K Hudnell, and
W Boyes, and
R Janssen, and
R Dyer
November 2015,
Brain research,
