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Titlebook: Nonlinear Electrodynamics in Biological Systems; W. Ross Adey,Albert F. Lawrence Book 1984 Plenum Press, New York 1984 cells.electrodynami

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书目名称Nonlinear Electrodynamics in Biological Systems
编辑W. Ross Adey,Albert F. Lawrence
视频video
图书封面Titlebook: Nonlinear Electrodynamics in Biological Systems;  W. Ross Adey,Albert F. Lawrence Book 1984 Plenum Press, New York 1984 cells.electrodynami
描述The past half century has seen an extraordinary growth in the fields of cellular and molecular biology. From simple morphologi­ cal concepts of cells as the essential units of living matter there has been an ever-sharper focus on functional organization of living systems, with emphasis on molecular dynamics. Thus, life forms have come to be defined increasingly in terms of metabolism, growth, reproduction and responses to environmental perturbations. Since these properties occur in varying degrees in systems below the level of cellular organization, there has been a blurring of older models that restricted the concepts of life to cellular systems. At the same time, a search has begun for elemental as­ pects of molecular and atomic behavior that might better define properties common to all life forms. This search has led to an examination of nonlinear behavior in biological macromolecules, whether in response to electrical or chemical stimulation, for example, or as a means of signaling along a molecular chain, or as a means of energy transfer. Experimental knowledge in this area has grown rapidly in the past decade, and in some respects has outstripped theoretical models adequate t
出版日期Book 1984
关键词cells; electrodynamics; living systems; metabolism; molecular biology; molecule
版次1
doihttps://doi.org/10.1007/978-1-4613-2789-9
isbn_softcover978-1-4612-9720-8
isbn_ebook978-1-4613-2789-9
copyrightPlenum Press, New York 1984
The information of publication is updating

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Communication with Submicron Structures: Perspectives in the Application of Biomolecules to Computers with dimensions below 0.1 micron precludes use of conventional materials and structures for devices at and below the 0.1 micron scale. In order to sustain further progress, circuit technology must turn to alternative materials.
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of cells as the essential units of living matter there has been an ever-sharper focus on functional organization of living systems, with emphasis on molecular dynamics. Thus, life forms have come to be defined increasingly in terms of metabolism, growth, reproduction and responses to environmental
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Strong Interactions of Radiofrequency Fields with Nucleic Acidsractions of RF with the DNA molecule is speculative. It is indeed an area ripe for theoretical investigation. We conclude this presentation with remarks suggesting that non-linear processes may be a key to understanding the relation between rapidly thermalizing models in DNA and genetic effects.
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Nonlinear, Nonequilibrium Aspects of Electromagnetic Field Interactions at Cell Membranesn potentials in excitable cells meet all criteria for transmembrane currents based on transient collapse and reestablishment of these ionic equilibria. In this model, the lipid bilayer or plasma membrane functions as the essential structural element separating intracellular contents from surrounding fluid.
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Picosecond Relaxations in Proteins and Biopolymers Observed By MM-Wave Spectroscopy peptide backbone. For lysozyme the influence of hydration was investigated. The contribution of adsorbed water can be distinguished from the intrinsic proccesses by its different frequency dependence.
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Book 1984as the essential units of living matter there has been an ever-sharper focus on functional organization of living systems, with emphasis on molecular dynamics. Thus, life forms have come to be defined increasingly in terms of metabolism, growth, reproduction and responses to environmental perturbati
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Effects on Nervous Tissue of Exposure to Electromagnetic Fieldssses of Bergmann’s glial cells showed extensive changes as did astrocytes in the granular layer and white matter. Lamellar bodies, i.e. rebuilt endoplasmic reticulum, could be seen in large number in Purkinje nerve cells from rabbit, but not in specimens from rodents. We observed cytoskeletal altera
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