Titlebook: Neural Mechanisms of Conditioning; Daniel L. Alkon,Charles D. Woody Book 1986 Plenum Press, New York 1986 Deprivation.Nervous System.bioch

SOB

Mapping the Learning Engram in a “Model” System, the Mollusk ,havioral phenomena, in a paradigm that has become known as the “model systems” approach. The term is somewhat of a misnomer, since most experimental preparations, simple and complex, serve as models of fundamental biological principles that are presumed to apply more broadly. The term is nonetheless

Respond

云状

放逐

Thyroxine

invert

Neuronal Mechanisms Underlying Plastic Postural Changes in Decerebrate, Reflexively Standing Catsd to the reflex standing posture in acute precollicular-postmammillary decerebrate (mesencephalic) cats. Stimulation of the dorsal part of the caudal tegmental field (DTF) along the midline (Horsley-Clarke coordinates P3 to P7, H-4.5 to H-6) decreased the tone of the hindlimb muscles, with the force

GULF

衰弱的心

Motoneuronal Control of Eye Retraction/Nictitating Membrane Extension in Rabbitmammalian system in which to analyze the neurobiological substrates of learning. The preparation offers many technical advantages for this use (Thompson, 1976; Disterhoft .., 1977). Since conditioning occurs rapidly, even when the rabbit’s head is fixed, the activity of single neurons may be related

变异

Highbrow

Mnemonic Interaction between and within Cerebral Hemispheres in Macaques learned over many trials, first by one hemisphere and then by the other (see, e.g., Gazzaniga, 1970; Doty and Negrão, 1973; Hamilton, 1977; Butler, 1979). The experiments to be described herein utilize a significantly different procedure, in which macaques with transected optic chiasm are queried a