Titlebook: Biological Effects of Static Magnetic Fields; Xin Zhang,Kevin Yarema,An Xu Book 20171st edition Springer Nature Singapore Pte Ltd. 2017 ca

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,Truthmaker Semantics for Epistemic Logic,hat we are all exposed to, moderate to ultra-high field magnetic resonance imaging (MRI) in the hospitals and research institutes, as well as SMF-based magnetic therapies, which have a long history but still lack of solid explanation or sufficient experimentation from a scientific point of view. Mag

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Johan van Benthem,Nick Bezhanishvilipplication of the information that already has been, and continues to be, collected describing how biological systems sense magnetic fields and transduce this information into physiological response is to treat human disease. Towards that goal, this chapter summarizes what has been learned about ele

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Federico L. G. Faroldi,Frederik Van De Puttenetic field intensity, cell types, cell densities as well as other cellular factors. The second part is about the various commonly seen cellular effects of SMFs, including cell orientation, proliferation, microtubule and cell division, actin, viability, attachment/adhesion, morphology, migration, me

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,Interkulturelle Öffnung sozialer Dienste,ucting technology, the intensity of SMF used for medical and academic research purposes has steadily increased in recent years. This chapter presents an overview on the biological effects induced by SMF with intensity ranging from mT to several Teslas (T). The effects of SMF on microorganisms are di

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From Birth to the End of Military Service, treatment of human disease. The information provided covers the underlying basis for widespread skepticism surrounding “magnetotherapy” – which in part is deserved based on overinflated claims by its practitioners over the past two centuries (or even longer). On the other hand, a compelling scienti

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Xin Zhang,Kevin Yarema,An XuSummarizes the reported effects of static magnetic field (SMF) on human body, cells, subcellular components and molecules.Reviews the potential mechanisms responsible for those biological effects.Focu

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Johan van Benthem,Nick BezhanishviliThis chapter summarizes different parameters of the magnetic fields, including magnetic field types, intensity, homogeneousness, field direction and exposure time. Various factors that contribute to the differential effects of magnetic fields on biological samples, which lead to the seemingly lack of consistencies in literature will be discussed.

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