This book is the outcome of a decade of research on the neu roanatomical mechanisms of learning in the young laboratory rat. It is essentially a discourse on the functional organization of the brain in relation to problem-solving ability and intelli gence. During the period between 1980 and 1989, well over 1000 weanling albino rats were subjected to localized brain damage (or sham operations in the case of the controls) under deep anesthesia and aseptic surgical conditions, were allowed tore cover, and subsequently were tested on a wide variety of prob lems designed to measure general learning ability. Since vir tually every part of the brain rostral to the medulla has been explored with lesions, it has become possible not only to map a number of qputativeq brain systems underlying the acquisition of distinctive problem-solving tasks, but to isolate several neu roanatomical mechanisms that appear to be selectively in volved in the acquisition of particular kinds of goal-directed learned activities. Of particular interest was the discovery of a qnonspecific mechanismq (previously referred to in our re search reports as the qgeneral learning systemq) inhabiting the interior parts of the brain. One objective of this volume was to make these maps available in a single source. Another was to provide a descrip tion of learning syndromes arising from local lesions to differ ent parts of the brain.A Lesion Survey of the Rat Brain Robert Thompson, Francis M. Crinella, Jen Yu ... unstained brain section appropriately labeled and furnished with frontal, lateral , and vertical stereotaxic coordinates, scaled in millimeters. ... The first two diagrams present the cerebral surface along with the sites of lesions to the cerebral surface, olfactory bulbs, and cerebellum. ... of all four tasks (as well as the acquisition of two additional climbing detour problems and a series of puzzle- box problems).
|Title||:||Brain Mechanisms in Problem Solving and Intelligence|
|Author||:||Robert Thompson, Francis M. Crinella, Jen Yu|
|Publisher||:||Springer Science & Business Media - 2013-11-21|