Titlebook: Macromolecules and Behavior; John Gaito Book 1972 Meredith Corporation 1972 DNA.RNA.antibody.behavior.brain.information.membrane.metabolis

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Macromolecular Synthesis in Synapsesn the nervous system. An understanding of synaptic organization and synaptic biochemical properties may, therefore, hold the key to understanding the mechanisms of short- and long-term information storage as well as the key to understanding those factors which modulate behavior. Only with the advent

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Macromolecular Change and the Synapsey the organism must change at least one state. To learn another habit or to lay down another memory the organism must be able to change at least one different state in addition to the preceding one. For it is difficult to see how an identical change could form the substrate of two different memories

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Autoradiographic Examination of Behaviorally Induced Changes in the Protein and Nucleic Acid Metabol retrograde degeneration. Among other things, retrograde degeneration is characterized by the dispersion or dissolution of the chromatin material in the soma of nerve cells, called chromatolysis. Chromatolytic changes in neurons are most easily demonstrated histologically with Nissl stains. Soon aft

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Overview: 978-1-4684-6044-5978-1-4684-6042-1

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Introductionds and proteins. Lipids have received lesser emphasis. This volume will be concerned with four types of macromolecules: deoxyribonucleic acid (DNA), ribonucleic acid (RNA), proteins, and lipids; however, chief emphasis will be on the first three.

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Inhibitors of Cerebral Protein or RNA Synthesis and MemoryAn accumulating body of evidence suggests that cerebral RNA and protein synthesis may play an important role in memory storage (see reviews by Glassman, 1969; Barondes, 1970). The purpose of this report is to present and critically review evidence derived from studies of the effects of inhibition of cerebral protein or RNA synthesis on memory.