Neurohumoral Coding Of Brain Function
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Neurohumoral Coding of Brain Function
Author: R. Myers
language: en
Publisher: Springer Science & Business Media
Release Date: 2013-03-13
It is indeed a pleasure to welcome all of you to this Inter national Symposium on the Neurohumoral coding of Brain Function. Many of you have undertaken a very long trip in order to cross swords with some of the most fascinating issues in all of the neurosciences. Of particular satisfaction in this instance is the geographical representation of the sciences with individuals here from Europe and the Americas - South, Central and North. As we do battle, so to speak, with each of the questions raised during the next several days, we should remember that the problems faced by each of our fields are exceptionally difficult. In a way, this difficulty stems from two related facts: (1) we are trying to construct a conceptual bridgework between one disci pline and another; and (2) the distance between the research fabric of any two of these disciplines is vast. It would probably not be unfair to say that a large number of scientists feel relatively contented in remaining within the bound aries of their own area of specialization. In a sense, that is certainly justifiable today primarily because of the intensity of such specialization. However, the participants of this symposium, who reflect some of the major thrusts in biochemistry, physiology, pharmacology and psychology, have in the main chosen to explore the pathways that cross the interface between mind and body - be tween behavior and brain.
In VIVO Perfusion and Release of Neroactive substances
In Vivo Perfusion and Release of Neuroactive Substances: Methods and Strategies examines the perfusion and release methods and strategies used to study in vivo neurochemistry in relation to electrophysiological and behavioral events. More specifically, it reviews methodological alternatives and experimental strategies for investigating the in vivo perfusion and release of brain substances in the central nervous system. It also assesses the potential and limitations of in vivo perfusion methods, including high-pressure liquid chromatography and highly sensitive as well as specific immunoassays and receptor assays, as a means to discover novel neurochemicals recovered from perfusates. Organized into two sections comprised of 17 chapters, this book begins with an overview of methodological alternatives and experimental strategies that are deemed critical for the outcome of research on the perfusion and release of neuroactive substances in the CNS. It then discusses the personal experiences of the scientists in studying the in vivo neurochemistry and its correlation with other neural events. The chapters that follow focus on the chemical, bioelectrical, and behavioral aspects of brain function; interdisciplinary techniques for approaching problems of neuronal connectivity, neuroendocrinology, motor behavior, neuropathology, etc.; technical issues associated with push-pull perfusion in unanesthetized and unrestrained experimental animals; hippocampal involvement in the effects of ethyl alcohol; and the use of the push-pull perfusion technique in neuroendocrinology. This book will be of interest to specialists and neuroscientists as well as students working in the fields of neuroscience, neurochemistry, and neuroendocrinology.
Methods in Psychobiology
Methods in Psychobiology, Volume 3, Advanced Laboratory Techniques in Neuropsychology and Neurobiology is devoted in large measure to specialized techniques that are widely used in the fields of psychobiology and neurobiology. The experimental methods described form a companion to those presented in Volumes 1 and 2. Many of the procedures presented hinge directly on a mastery of the more rudimentary techniques dealt with in the earlier volumes. The emphasis in the content of this book is on one facet of neurobiology, the mammalian central nervous system. The central or peripheral processes that affect this system in a rat or larger laboratory animal constitute the principal focus of this series. This is due in large part to the enormous amount of research carried out with higher species and the generalizations that, it is hoped, may be drawn to the nervous system of the human. Topics discussed include neuronal connectivity; chemical lesioning of indoleamine pathways; evaluating sensation in animals after lesions, treatment with drugs, electrical stimulation, cooling, or radical changes in environment or development; and sleep in animals.