-transparent.png){kind=logo}
Intracellular records were obtained from axons of second order vestibular neurons in, and around, the left abducens nucleus in alert cats implanted with stimulating electrodes on both vestibular nerves and the left VIth nerve. Twelve secondary vestibular neurons were identified by their increase in firing rate with horizontal head rotation to the left and/or increasing eye position to the right. Following HRP injection, somatic location, axonal trajectory and termination sites were determined. Each of the above cells collateralized extensively in the abducens nucleus in a fashion consistent with their being either inhibitory (n = 7; left) or excitatory (n = 6; right) vestibular neurons in the disynaptic horizontal vestibulo-ocular reflex pathway. These vestibular neurons also arborized extensively in other posterior brainstem eye-movement related areas as well as sending an axon to the spinal cord.
R A McCrea, and
K Yoshida, and
A Berthoz, and
R Baker
January 1981,
Annals of the New York Academy of Sciences,
R A McCrea, and
K Yoshida, and
A Berthoz, and
R Baker
January 1986,
Experimental brain research,
R A McCrea, and
K Yoshida, and
A Berthoz, and
R Baker
January 1988,
Experimental brain research,
R A McCrea, and
K Yoshida, and
A Berthoz, and
R Baker
December 1992,
Neuroscience research,
R A McCrea, and
K Yoshida, and
A Berthoz, and
R Baker
October 1988,
The Journal of comparative neurology,
R A McCrea, and
K Yoshida, and
A Berthoz, and
R Baker
December 1975,
Brain research,
R A McCrea, and
K Yoshida, and
A Berthoz, and
R Baker
October 2016,
Journal of neurophysiology,
R A McCrea, and
K Yoshida, and
A Berthoz, and
R Baker
June 2014,
Journal of neurophysiology,
R A McCrea, and
K Yoshida, and
A Berthoz, and
R Baker
October 1990,
Neuroscience letters,
R A McCrea, and
K Yoshida, and
A Berthoz, and
R Baker
April 1978,
Brain research,
