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Tissues and Organs
Theoretical Systems in Biology: Hierarchical and Functional Integration, Volume II: Tissues and Organs discusses the phenomenology of physiological mechanisms. The book is comprised 10 chapters that are organized into two parts. The first part covers topics about the cell and its environment, such as cell membrane structure, mechanisms of membrane transport, and cell excitability. The second part deals with the mechanisms of physiological functions, which include the metabolic system, the respiratory system, and the renal system. The book will be of great use to researchers and professionals whose work requires a good understanding of human physiology.
An Introduction to the Visual System
In recent years there has been a host of new advances in our understanding of how we see. From molecular genetics come details of the photopigments and the molecular causes of disorders like colour blindness. In-depth analysis has shown how a cell converts light into a neural signal using the photopigments. Traditional techniques of microelectrode recording along with new techniques of functional imaging - such as PET scans - have made it possible to understand how visual information is processed in the brain. This processing results in the single coherent perception of the world we see in our 'mind's eye'. An Introduction to the Visual System provides a concise, but detailed, overview of this field. It is clearly written, and each chapter ends with a helpful 'key points' section. It is ideal for anyone studying visual perception, from the second year of an undergraduate course onwards.
The Visual Thalamocortical System and Its Modulation by the Brain Stem Core
This monographic work authored by eminent neurophysiologists will be of major interest to researchers investigating the visual system or working in behavioral neuroscience and sleep research. The book deals with the neuronal circuits of the visual thalamocortical system, the brainstem and basal forebrain modulatory systems and their neurotransmitters acting upon these circuits, and the neuronal activities in the visual thalamocortical system as changed during shifts in behavioral states of vigilance from wake to sleep. Data discussed consist of recent studies on light and electron microscopy, extra- and intracellular recordings of thalamic and cortical neurons, neurotransmitter actions, and state-dependent cellular activities in the visual system.
The History of Neuroscience in Autobiography
(Publisher-supplied data) This book is the second volume of autobiographical essays by distinguished senior neuroscientists it is part of the first collection of neuroscience writing that is primarily autobiographical. As neuroscience is a young discipline, the contributors to this volume are truly pioneers of scientific research on the brain and spinal cord. This collection of fascinating essays should inform and inspire students and working scientists alike. The general reader interested in science may also find the essays absorbing, as they are essentially human stories about commitment and the pursuit of knowledge. The contributors included in this volume are: Lloyd M. Beidler, Arvid Carlsson, Donald R. Griffin, Roger Guillemin, Ray Guillery, Masao Ito. Martin G. Larrabee, Jerome Lettvin, Paul D. MacLean, Brenda Milner, Karl H. Pribram, Eugene Roberts and Gunther Stent.
Visceral Sensory Systems and their Functional Organization
For normal functioning, humans and animals must continuously receive information about changes in their surrounding environment and their own internal environment and respond promptly to it. In this regard, in the process of evolution in the body of animals and humans, special systems have arisen, for which the name sensory systems is most often used nowadays. Accordingly, the sensory systems of animals and humans were divided into two groups: extrasensory systems and sensory systems of the internal environment – visceral sensory systems. Based on modern scientific data, this book presents materials on the functioning of sensory systems at the cellular and molecular levels that regulate the work of internal organs – visceral sensory systems. Detailed information on the morphofunctional characteristics of peripheral and central sensory receptors of visceral sensory systems is presented. Data on the pathways of sensory information from receptors and its processing in the central nervous system are presented.
Principles of Receptor Physiology
Why should there be a handbook of sensory physiology, and if so, why now' The editors have asked this question, marshalled all of the arguments that seemed to speak against their project, and then discovered that most of these arguments really spoke in favor of it: there seemed to be no doubt that the attempt should be made and that it should be made now. No complete overview of sensory physiology has been attempted since Bethe's "Handbuch der normalen und pathologischen Physiologie", nearly forty years ago. Since then, the field has evolved with unforeseen rapidity. Although electric probing of single peripheral nerve fibers was begun by ADRIAN and ZOTTERMAN as early as 1926, in the somatos...
Readings on Color, Volume 2
Color is an endlessly fascinating subject to philosophers, scientists, and laypersons, as well an an instructive microcosm of cognitive science. In these two anthologies, Alex Byrne and David Hilbert present a survey of the important recent philosophical and scientific writings on color. The introduction to volume 1 provides a philosophical background and links the philosophical issues to the empirical work covered in volume 2. The bibliography in volume 1 is an extensive resource for those doing philosophical work on color. The scientific selections in volume 2 present work in color science that is relevant to philosophical thinking about color; the material is comprehensive and sophisticated enough to be useful to the scientific reader. The introduction to volume 2 is an overview of color science; the volume also contains suggestions for further reading. Bradford Books Imprint
From Sound to Synapse
This readable, well-illustrated text describes the exquisite job that the mammalian ear does in transforming sound into nerve impulses. The reader is led along the same pathway followed by an acoustic signal--from the outer ear, through the middle ear, and into the inner ear where the minuscule vibrations of the sound waves are transformed into nerve impulses. At each stage, the basic mechanisms are described qualitatively in terms of current theory and illustrated with experimental data.
Psychophysics in Action
Gunnar A. V. Borg was born in Stockholm on 28. November 1927. Educated at Stockholm University, he obtained his Ph. D. from the University of Lund in 1962. Subsequently he held various teaching and research appointments at the University of Umea in northern Sweden, where he also served as President of the Graduate School of Social Work and Public Administration in 1966-1967. In 1971 he was appointed Professor at Stockholm University, where he headed the Institute of Applied Psychology for over a decade. Since 1980 he has been at Stockholm University's Department of Psychology, and in 1987 he received a Professorship in Perception and Psychophysics. Over the last 20 years he has held several ...
