Field models and numerical dosimetry inside an extremely-low-frequency electromagnetic bioreactor: the theoretical link between the electromagnetically induced mechanical forces and the biological mechanisms of the cell tensegrity.
We have implemented field models and performed a detailed numerical dosimetry inside our extremely-low-frequency electromagnetic bioreactor which has been successfully used in in vitro Biotechnology and Tissue Engineering researches. The numerical dosimetry permitted to map the magnetic induction field (maximum module equal to about 3.3 mT) and to discuss its biological effects in terms of induced electric currents and induced mechanical forces (compression and traction). So, in the frame of the tensegrity-mechanotransduction theory of Ingber, the study of these electromagnetically induced mechanical forces could be, in our opinion, a powerful tool to understand some effects of the electromagnetic stimulation whose mechanisms remain still elusive.
['Mognaschi|Maria Evelina|ME|', 'Di Barba|Paolo|P|', 'Magenes|Giovanni|G|', 'Lenzi|Andrea|A|', 'Naro|Fabio|F|', 'Fassina|Lorenzo|L|']
Induced mechanical forces Tensegrity Magnetic induction field Induced electric currents Electromagnetic field models Induced electric field Numerical electromagnetic dosimetry