… that osteoblasts stimulated by magnetic force expressed Cbfa1, osteocalcin, and AlPase
activity earlier than osteoblasts in … through magnetic force accelerated differentiation of cultured …

… oriented magnetic field gradient, the magnetic force counteracts gravity, leading to levitation
of the diamagnetic material, if the magnetic force is equal to gravity. The magnetization force …

… The aim of this study was to explore the biophysical effects of static magnetic field on
osteoblastic cells. MG63 cells were exposed to 0.25 and 0.4-T static magnetic fields (SMF). The cell …

… magnetic fields (SMF) remain unclear; nevertheless, magnets have been clinically used as
a ’force … We undertook the present investigation to study the effects of SMF on osteoblastic …

… Because the direction of magnetic force was vertical to the surfaces of the culture dishes,
observation of spatial reorientation effect was a limitation. It has been reported that MC3T3-E1 …

… of osteoblast differentiation. ALP activity and mineralization function of human osteoblast cells
… on osteoblast, offering opportunities for osteoblast study in basic and application research. …

… to investigate effects of EMS on human osteoblasts on different 3D scaffolds (… magnetic
and electric stimulation, allowing in vitro investigations of its influence on human osteoblasts…

… Here, MSC sheets without in vitro osteogenic induction differentiated into osteoblast-like …
-TE differentiated into osteoblasts in osteoblast induction medium containing dexamethasone, β-…

… magnetic field thus applying forces in the piconewton range. We have previously demonstrated
that primary human osteoblasts … We have designed a magnetic force bioreactor which …

… have acute lethal effects on osteoblasts. Osteoblasts are sensitive to magnetic fields and
altered gravity … The magnetic force environment of high-gradient magnetic fields provides new …