| Description |
1 online resource |
| Contents |
Front Cover -- Magnetic Effects Across Biochemistry, Molecular Biology and Environmental Chemistry -- Magnetic Effects Across Biochemistry, Molecular Biology and Environmental Chemistry -- Copyright -- Contents -- Prologue -- Why magnetic fields modify chemistry and biology? -- 1 -- How magnetic fields modify chemistry and biochemistry -- 1.1 Radical pair mechanism of the magnetic control -- 1.2 Spin conversion by magnetic field -- 1.3 Spin conversion by nuclear magnetic field -- 1.4 Spin is a main actor in magnetobiology -- References -- 2 -- Magnetic catalysis of liquid phase reactions |
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2.1 Magnetic catalysis by external magnetic field -- 2.2 Nuclear magnetic catalysis -- 2.2.1 Magnetic isotope effect as the universal phenomenon -- 2.2.2 Fractionation of magnetic and nonmagnetic isotopes -- 2.2.3 Chemically induced nuclear polarization -- 2.2.4 Chemical maser -- 2.3 Electron spin catalysis -- References -- Further reading -- 3 -- Solid-state chemistry in magnetic fields -- 3.1 Solid-state reactions under magnetic control -- 3.2 Magnetic field-induced crystal plasticity -- 3.3 Microwave-induced plasticity -- 3.4 Magnetic memory of diamagnetic crystals -- References |
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4 -- Magnetic scenarios in environmental chemistry -- 4.1 Magnetic isotopes as a means to elucidate environmental chemistry -- 4.2 Magnetic isotopes in living organisms -- References -- 5 -- Enzymatic ATP synthesis under magnetic control -- 5.1 Magnetic control of enzymatic ATP synthesis -- 5.2 Nuclear magnetic control of mitochondria -- 5.3 Radical pair mechanism as a means to control ATP synthesis -- 5.4 Magnetic field effect on the ATP synthesis -- 5.5 Why magnetic effects in biology are ambiguous and contradictory? -- References -- 6 -- Gene chemistry under magnetic control |
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6.1 DNA synthesis: nucleophile mechanism -- 6.2 Magnetic control of the DNA synthesis -- 6.2.1 Magnesium ions in the DNA synthesis -- 6.2.2 Calcium and zinc ions -- 6.3 Enzymatic radical pair mechanism -- 6.3.1 Why electron transfer occurs -- 6.3.2 Magnetic field effect on the DNA synthesis -- 6.3.3 Does biological longevity depend on the magnetic fields? -- 6.4 Does DNA polymerase need the third ion to synthesize DNA? -- 6.5 Magnetic control of the DNA damage -- 6.5.1 Electromagnetic control of genes -- 6.5.2 Magnetically induced DNA damage -- 6.6 Magnetic control of the DNA repair -- References |
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7 -- Magnetically controlled cancer -- 7.1 Cancer under magnetic field control -- 7.2 Nuclear magnetic effects on the cancer cells -- References -- 8 -- Magnetically controlled brain -- References -- 9 -- Magneto-biology in medicine, immunology, and microbiology -- 9.1 Are magneto-medical effects universal? -- 9.2 Magneto-stimulated ATP in vivo synthesis -- 9.3 Immunology in magnetic fields -- 9.4 Microbiology and reactive oxygen species -- References -- Epilogue: Why magneto-biology is attractive? -- Present and future of magneto-biology -- Index -- A -- C -- D -- E -- F -- G -- H -- I -- K -- L |
| Bibliography |
Includes bibliographical references and index |
| Notes |
Description based on online resource; title from digital title page (viewed on January 09, 2024) |
| Subject |
Magnetochemistry.
|
|
Magnetochemistry
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| Form |
Electronic book
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| ISBN |
0443298203 |
|
9780443298202 |
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