Titlebook: Cognitive Processes and Spatial Orientation in Animal and Man; Volume II Neurophysi Paul Ellen,Catherine Thinus-Blanc Book 1987 Martinus Ni

motor-unit

Mapping Operations, Spatial Memory and Cholinergic Mechanismslesions (Olton, Walker, & Gage, 1978; Jarrard, 1980; Winocur, 1982), cell recordings (O’Keefe & Dostrovsky, 1971;Olton, Branch, & Best, 1978) together with drug treatments (Eckerman, Gordon, Edwards, McPhail, & Gage, 1979; Godding, Rush, & Beatty, 1981; Stevens, 1981, Watts, Stevens, & Robinson, 198

Ardent

UTTER

FACT

Basal Ganglia, Instrumental and Spatial Learningilar disturbances following basal ganglia transmitter disruption (see, e.g., Divac & ?berg, 1979; Langston, 1985). In addition to their obvious importance as a motor system the basal ganglia are also thought of as a spatial system. There have been a large number of behavioural investigations on the

離開(kāi)

V洗浴

Superior Colliculus, Hippocampus and Spatial Behaviour of particular neural systems. In the case of “spatial” behaviours, several neural systems have been implicated in this way, but since the kinds of task employed by experimenters to assess spatial competence vary considerably, direct comparison between structures is confounded by many spurious varia

Astigmatism

不安

Cerebral Lesions and Internal Spatial Representations carried out in the early part of this century delineating the brain substrates responsible for verbal deficits, less attention was given to those substrates responsible for visuospatial disorders. This is not particularly surprising because a language deficiency is far more noticeable than a defici

Priapism