The aim of this study was to test the differentiative effects of osteoblasts after treatment with a
static magnetic field (SMF). MG63 osteoblast-like cells were exposed to a 0.4-T SMF. The …

Static magnetic fields (SMFs), magnetic fields with constant intensity and orientation, have
been extensively studied in the field of bone biology both fundamentally and clinically as a …

Although the promotional effects on osteoblasts of pulsed electromagnetic fields have been
well-demonstrated, the effects of static magnetic fields (SMF) remain unclear; nevertheless …

Bone marrow mesenchymal stem cells (BMMSCs) could be induced to osteoblasts, which
were considered as the seed cells source for organizational engineering. Moreover, it has …

The histogenesis of bone tissue is strongly influenced by physical forces, including magnetic
fields. Recent advances in tissue engineering has permitted the generation of three …

Effects of static magnetic fields (SMF) on bone formation of rat femurs, were evaluated using
tapered rods made of magnetized and unmagnetized samarium cobalt of the same size …

Exposure to static magnetic fields (SMFs) has been reported to promote osteoblast
differentiation in vitro, and increase bone formation in vivo and in clinical studies …

Study Design. Human osteoblast cultures were exposed to a very low intensity static
magnetic fields (SMF) to investigate its effects on osteoblast growth and differentiation …

While the effects of static magnetic fields (SMFs) on osteoblastic differentiation are well
demonstrated, the mechanotransduction pathways of SMFs are still unclear. The aim of this …