Titlebook: Cerebellum and Neuronal Plasticity; Mitchell Glickstein,Christopher Yeo,John Stein Conference proceedings 1987 Plenum Press, New York 1987

鋪子

expansive

The Role Of The Cerebellum in Adaptive Regulation of the Vestibulo-Ocular Reflex,animal species to demonstrate that the VOR is subject to long-term regulation by some visually mediated adaptive process whose normal function, we assume, is to keep the system appropriately calibrated (Collewijn and Grootendorst, 1978, 1979; Gauthier and Robinson, 1975? Gonshor and Melvill Jones, 1

打火石

Infiltrate

Competencies for Online Coaching,in producing responses in the cerebellar cortex which were mediated by both mossy fibres and climbing fibres (Sasaki 1979). It is likely that at least part of this cortical influence is mediated indirectly to the olive via a synaptic relay in tegmental structures including the parvocellular portion

Cacophonous

聯(lián)想

https://doi.org/10.1007/978-3-658-39237-6flexes (OKN); 3) neck-ocular reflexes. Maculo-ocular reflexes are relatively well developed in the rabbit (Van der Hoeve and De Kleijn, 1917; Baarsma and Collewijn, 1975; Barmack, 1981; Van der Steen and Collewijn, 1984) in contrast to man, in whom they are largely vestigial. However, since we shall

hangdog

https://doi.org/10.1007/978-3-658-39237-6animal species to demonstrate that the VOR is subject to long-term regulation by some visually mediated adaptive process whose normal function, we assume, is to keep the system appropriately calibrated (Collewijn and Grootendorst, 1978, 1979; Gauthier and Robinson, 1975? Gonshor and Melvill Jones, 1

miracle

Verfassungsrechtliche Grundlagene main purpose of this chapter is to introduce the study of cerebellar structure and function from a historical point of view. These early discoveries and paradoxes lead naturally to many of the current questions which are addressed by the chapters in this book.

凝結劑

抱狗不敢前

https://doi.org/10.1007/978-3-658-39227-7uch an analysis since it is the sole source of climbing fibres. Climbing fibres share many distinctive physiological properties and project to every part of the cerebellum. It seems likely that the functional significance of climbing fibre input will be similar for all parts of the cerebellum and of basic importance to cerebellar action.