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Functional properties of the jaw and orofacial motor areas in the cerebral cortex of the lightly anesthetized cat were studied on the basis of the motor effects produced by intracortical microstimulation (ICMS). Jaw and orofacial motor effects were evoked by ICMS (less than 30 microA) delivered to the anterior parts of the coronal and lateral sigmoid gyri (C, coronal area), and the anterior part of the orbital gyrus (O, orbital area). Different patterns of movements in the jaw and orofacial regions were evoked from these two areas. In C one or, at most, two types of simple movement were produced by ICMS to one location, while in O more coordinated movements than those in C were produced. Cytoarchitectonically the jaw and orofacial motor areas were restricted to areas 3a, 4 gamma, and 6a beta in C, and to area 43 in O.
K Iwata, and
H Itoga, and
A Ikukawa, and
N Hanashima, and
R Sumino
June 2023,
Journal of clinical medicine,
K Iwata, and
H Itoga, and
A Ikukawa, and
N Hanashima, and
R Sumino
February 1990,
Shika Kiso Igakkai zasshi = Japanese journal of oral biology,
K Iwata, and
H Itoga, and
A Ikukawa, and
N Hanashima, and
R Sumino
September 1987,
The Journal of Nihon University School of Dentistry,
K Iwata, and
H Itoga, and
A Ikukawa, and
N Hanashima, and
R Sumino
February 1990,
Brain research bulletin,
K Iwata, and
H Itoga, and
A Ikukawa, and
N Hanashima, and
R Sumino
January 2004,
Pain,
K Iwata, and
H Itoga, and
A Ikukawa, and
N Hanashima, and
R Sumino
January 1970,
Journal de physiologie,
K Iwata, and
H Itoga, and
A Ikukawa, and
N Hanashima, and
R Sumino
March 2005,
Experimental brain research,
K Iwata, and
H Itoga, and
A Ikukawa, and
N Hanashima, and
R Sumino
September 2004,
Auris, nasus, larynx,
K Iwata, and
H Itoga, and
A Ikukawa, and
N Hanashima, and
R Sumino
December 2003,
Auris, nasus, larynx,
K Iwata, and
H Itoga, and
A Ikukawa, and
N Hanashima, and
R Sumino
March 1958,
Journal of neurophysiology,
