… differentiation and cellular stress response. … neuroblastoma cell antioxidant capacity, we
examined the extremely low-frequency electromagnetic fields-dependent modifications of cell …

… However, it has been reported that 60 Hz electromagnetic field exposure does not affect
APP695 transcription in differentiating human neuroblastoma cells [19]. As Aβ peptides1–40 …

… We report that the antioxidant defense and the differentiating ability of neuroblastoma cells
are specifically modulated by ELF-MF exclusively if cultured in 3D matrixes, thus supporting …

… Fifty-hertz, sine wave magnetic fields at 10 or 100 μT were generated by a set of coil pairs
in a Helmholtz configuration and energized using a Newtronics Model 200MSTPC wave …

… In conclusion, the present results reveal that in vitro exposure to a 50 Hz, 100 µT MF increases
the total ROS levels in NB69 cells and induces early, transient expression of the cytosolic …

… Ten to fifty neuroblastoma cells from the fresh tumors, or the same number of either …
undifferentiated cells from cultures grown in the presence of serum or differentiated cells grown in the …

… Different groups have indeed documented the ability of the 50-Hz MF to alter the proliferative
status of neuroblastoma cells, especially in response to long (up to 15 days) exposure to …

… Fifty hertz extremely lowfrequency electromagnetic field causes changes in redox and
differentiative status in neuroblastoma cells. Int J Biochem Cell Biol 2007; 39: 2093-2106. [11] …

… On this basis, the aim of this study was to provide a proof-of-concept that the cytoproliferative
response of human neuroblastoma cells under continuous exposure to a 50 Hz, 1 mT …

… however we revealed an important difference between immortalized cell lines and primary
culture cells: in human neuroblastoma cells GSH biosynthesis was considerably increased, in …