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Magnetobiology - Underlying Physical Problems
Vladimir N. Binhi
Verlag Elsevier Trade Monographs, 2002
ISBN 9780080535739 , 473 Seiten
Format PDF, ePUB, OL
Kopierschutz DRM
Geräte
Front Cover
1
Magnetobiology: Underlying Physical Problems
4
Copyright Page
5
Contents
6
Foreword
10
Acknowledgements
12
Notations and physical constants
13
Chapter 1. Introduction
16
1.1 An overview of magnetobiological issues
18
1.2 Statistics
27
1.3 Methodological notes and terms
31
1.4 Magnetobiological effect
33
Chapter 2. Overview of Experimental Findings
44
2.1 A potpourri of experimental work
47
2.2 Biological effects of DC magnetic fields
55
2.3 Biological effects of AC magnetic fields
65
2.4 Correlation of biological processes with GMF variations
94
2.5 Spin effects in magnetobiology
107
2.6 Effects of low-frequency electric fields
111
2.7 Biological effects of hyperweak fields
122
Chapter 3. Theoretical Models of MBE
126
3.1 Theoretical studies in magnetoreception
126
3.2 Fundamental limit of susceptibility to EMF
137
3.3 Chemical-kinetics models
143
3.4 Models of biological effects of weak electric fields
146
3.5 Stochastic resonance in magnetobiology
152
3.6 Macroscopic models
163
3.7 Cyclotron resonance in magnetobiology
177
3.8 Parametric resonance in magnetobiology
183
3.9 Oscillatory models
196
3.10 Magnetic response of spin particles
203
3.11 Free radical reactions
208
3.12 “kT problem” in magnetobiology
217
Chapter 4. Interference of Bound Ions
225
4.1 Dissociation of ion–protein complexes in a magnetic field
230
4.2 Non-linear reaction of a protein
248
4.3 Interference in pulsed magnetic fields
254
4.4 Tilted configuration of magnetic fields
268
4.5 Rotation of an ion–protein complex in a magnetic field
281
4.6 Influence of an electric field on interference of ions
290
4.7 Interference against the background of a magnetic noise
301
4.8 Nuclear spins in ion interference mechanisms
307
4.9 Comparison of theoretical calculations with experiment
317
4.10 Heuristic MBE probability with various ions involved
338
4.11 Limitations on applicability of the ion interference mechanism
344
Chapter 5. Prospects of Electro- and Magnetobiology
347
5.1 Possible role of liquid water in magnetobiology
347
5.2 Biological effects of microwaves and ion interference
368
5.3 General ideas in electromagnetobiology
392
5.4 Molecular interfering gyroscope
394
5.5 Magnetobiological problems to solve
407
Chapter 6. Addenda
413
6.1 Angular momentum operators
413
6.2 The Lande factor for ions with a nuclear spin
414
6.3 Magnetic resonance
417
6.4 Estimation of EF gradients on the cell surface
424
6.5 Davydov soliton
426
6.6 Fröhlich model of coherent dipole excitations
429
6.7 Quantization of magnetic flux and Josephson effects
433
Bibliography
439
Author Index
483
Subject Index
486
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