By C. Prablanc, D. Pélisson, Y. Rosetti
Scientific neuropsychology has advanced via integrating in its box the information derived from neuroanatomical, electrophysiological and psychophysical information, and has resulted in the advance of rehabilitation tools.This quantity attempts to hyperlink the hot recommendations and discoveries within the box of sensorimotor coordination. It comprises the most contributions of individuals of a global symposium held in Lyon in 2001 entitled "Neural keep watch over of house coding and motion production". The publication emphasizes the reciprocal dating among belief and motion, and the fundamental function of energetic sensorimotor association or reorganization in increase perceptual and motor representations of the self and of the exterior global.
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Additional info for Neural Control of Space Coding and Action Production
39: 339-342. Mossman. S. and Halmagyi. M. (1997) Partial oculat- tilt rcaclion due to unilabxl cerchellar I&on. N+trro/og~, 49: 19 I-493. Ohtauka. K. and Noda. H. (1992) Burst discharges of ttto\y lihcrs in the oculotnotor bertnis of macaque monkey\ during wxtdic eye movcmenls. wI’. , 15: IO2- I 13. Oohira. A. S. ( 1992) Disconjttgate oculw motet adaplation in t-hew\ monkey. Kc. \.. 32: 3X9-497. PCli\son. D.. Goffarr. L.. Guillatttnc, A. (2003) Control of accxlic eye movements and cotnhined eye/head ga~c shift5 hy the tnedio-posterior ccrehellum.
The SRBN discharges a high frequency burst prior to onset of a \accade of optimal amplitude and direction. Fat movements of optimal amplitude but different directions and of variable amplitudes but in the optimal direction. the SRBN activity is later and aeaker. (B) The motor map for saccadic eye movement?. ah constructed by Robinson ( 1971) is \houn 1n the \chcmatic. ith small, optimal amplitudes reside in the roatral portion of the SC wherea cell< dischargin g viforou\l! for large amplitude\ xc found in the caudal region.
These neurons display extremely low rates of spontaneous activity and generate a vigorous burst of activity shortly before the onset of ipsilateral saccades. A series of horizontal saccades of different amplitudes and instantaneous frequency records of the associated bursts of activity are illustrated in panel A. , 198X). Also (not illustrated). the peak tiring rates of SLBNs is highly correlated with peak saccadic velocity (Keller, 1974; Van Gisbergen ct al.. 198 I). , 1986). From a measurement point of view, the number of spikes in the burst of a SLBN meets the criteria for an interval scale of measurement of the change in horizontal eye position.