In the paper, a device for in vitro electromagnetic stimulation of cells at low frequency (75 Hz) is considered. In particular, shape and position of a well-plate are identified in order to obtain a homogeneous stimulation and to maximize the space allotted to cell culture. To this end, the BiMO and micro-BiMO optimization algorithms, which have shown good performances in multi-objective optimization of electromagnetic devices, are applied.

Automated optimal design of wells for electromagnetic cell stimulation

Di Barba P;Fassina L;Magenes G;Mognaschi ME
2019

Abstract

In the paper, a device for in vitro electromagnetic stimulation of cells at low frequency (75 Hz) is considered. In particular, shape and position of a well-plate are identified in order to obtain a homogeneous stimulation and to maximize the space allotted to cell culture. To this end, the BiMO and micro-BiMO optimization algorithms, which have shown good performances in multi-objective optimization of electromagnetic devices, are applied.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11571/1262806
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