Titlebook: Biological Effects of Static Magnetic Fields; Xin Zhang Book 2023Latest edition The Editor(s) (if applicable) and The Author(s), under exc

Bureaucracy

Christien de Jong,Jolanthe de Tempepplication of this ever-increasing amount of information describing how biological systems sense magnetic fields and transduce this information into physiological response is to treat human disease. Toward that goal, this chapter summarizes electromagnetic biosensing in a diverse set of organisms ac

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J.J.M. van Meel,J.E. van der Eschcurrent evidence of SMFs on human cells and some animal cells, with a special focus on the factors that contributed to the seemingly inconsistent experimental results in the literature. We summarize cellular effects of static magnetic fields (SMFs), including cell orientation, proliferation, microtu

exigent

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J.J.M. van Meel,J.E. van der Eschd (SMF). Accordingly, World Health Organization and international commission on non-ionizing radiation protection have also publish guidelines for the safety application of magnetic fields on human bodies. This chapter summarizes the study results of SMF effect on human bodies, as well as some magne

GLOOM

J.J.M. van Meel,J.E. van der Eschs of static magnetic field on cancer inhibition. The direct impacts of static magnetic fields on cancer cells are summarised, including cancer cell proliferation, division, migration and invasion, as well as cancer cell stemness. Moreover, static magnetic field s can also affect microcirculation and

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Die Grundlagen der Phylogenetik,or of bone mesenchymal stem cells (BMSCs),?osteoblasts, bone marrow macrophages (BMMs) and osteoclasts, the possible application of SMF combined with magnetic nanomaterials on osteoblasts, and the impacts of SMF on postmenopausal osteoporosis and diabetic osteoporosis. The second part is about the i

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