04366nam 2200493 450 991079830160332120230808193844.01-68108-102-4(CKB)3710000000735398(EBL)4592409(MiAaPQ)EBC4592409(EXLCZ)99371000000073539820160810h20162016 uy 0engur|n|---|||||rdacontentrdamediardacarrierFrom microbe to man biological responses in microbes, animals, and humans upon exposure to artificial static magnet fields /authored by János F. LászlóSharjah, United Arab Emirates :Bentham Science Publishers,2016.©20161 online resource (377 p.)Frontiers in Clinical Drug Research ;v.2Description based upon print version of record.1-68108-103-2 Includes bibliographical references and index.CONTENTS; Foreword ; Preface ; Acknowledgement ; CONFLICT OF INTEREST; Dedication ; Introduction ; Physical Properties of Static Magnetic Fields ; MEASUREMENTS; TOOLS, SAMPLING; CONSTRAINTS, SOLUTIONS; RELEVANT INTERACTIONS IN BIOLOGY; MAGNET THERAPY, DEFINITION OF DOSE; FROM TRANSCUTANEOUS ELECTRIC NERVE STIMULATORS TO GRADIENT STATIC MAGNETIC FIELDS; PERCEPTION OF STATIC MAGNETIC FIELDS; Sources of Static Magnetic Fields, Generators ; MAGNET MATERIALS; GENERATORS 1-16; GENERATORS 17A-E; GENERATOR 18; GENERATOR 19; GENERATOR 20; GENERATOR 21; GENERATOR 22; SUMMARYIn Vitro Experiments on Microorganisms STATIC MAGNETIC FIELD-EXPOSURE FAILS TO AFFECT THE VIABILITY OF DIFFERENT BACTERIA STRAINS; Preliminaries; Goals; Materials and Methods; Magnetic Exposure Conditions; Microorganism; In vitro Assay, Method of Detection; Statistical Analysis; Results; Effect of hSMF on Cell Number; Effect of iSMF on Cell Number; Comparison of Control Layers 2 and 4 in the iSMF Arrangement; Discussion, Conclusions; In Vivo Animal Experiments ; MODELS AND ASSAYS; ETHICAL ISSUES; MATERIALS; EXPERIMENTS ON INVERTEBRATES IN VIVOPharmacological Analysis of Response Latency in the Hot Plate Test Following Whole-Body Static Magnetic Field-Exposure in the Snail Helix Pomatia Preliminaries; Goals; Materials and Methods; Results; Discussion, Conclusions; EXPERIMENTS ON MAMMALS IN VIVO ; HEALTHY ANIMALS; Inhomogeneous Static Magnetic Field-Exposure Fails to Influence Locomotor Activity and Anxiety Behaviour in Mice; PAIN AND INFLAMMATION; Pain and Analgesia; ACUTE MODELS; Static Magnetic Field Induced Anti-Nociceptive Effect and the Involvement of Capsaicin-Sensitive Sensory Nerves in this Mechanism; GoalsMaterials and MethodsResults; Discussion, Conclusions; Visceral Action: The Writhing Test; Materials and Method; OPTIMIZATION OF SMF PARAMETERS; Optimization of SMF Parameters Improves Pain Inhibition in Mice; Goals; Materials and Methods; Results for Generators 1-16; Results for Generators 17-22; Discussion, Conclusions; CLINICAL MRI; 3 T clinical MRI Significantly Inhibits Pain in Mice; Preliminaries; Goals; Materials and Methods; Results; Discussion, Conclusions; LATERAL GRADIENTSLateral Gradients Significantly Enhance Static Magnetic Field-Induced Inhibition of Pain Responses in Mice - a Double Blind Experimental StudyGoals; Materials and Methods; Results; Discussion, Conclusions; PHARMACOLOGICAL ANALYSIS; Pharmacological Analysis of Static Magnetic Field-Induced Antinociceptive Action in the Mouse; Goals; Materials and Methods; Results; Discussion, Conclusions; CHRONIC MODELS; Exposure to Static Magnetic Field Ceases Mechanical Allodynia in Neuropathic Pain; Preliminaries; Goals; Materials and Methods; Results; Discussion, Conclusions; NEUROPATHIA DIABETICAExposure to Static Magnetic Field Reduces Symptoms of Neuropathia DiabeticaFrontiers in Clinical Drug ResearchMagnetic fieldsPhysiological effectMagnetic fieldsPhysiological effect.574.1917László János F.1529759MiAaPQMiAaPQMiAaPQBOOK9910798301603321From microbe to man3774194UNINA