Test chambers for cell culture in static magnetic field

Article presents a test chamber intended to be used for in vitro cell culture in homogenous constant magnetic field with parametrically variable magnitude. We constructed test chambers with constant parameters of control homeostasis of cell culture for the different parameters of static magnetic field. The next step was the computer calculation of 2D and 3D simulation of the static magnetic field distribution in the chamber. The analysis of 2D and 3D calculations of magnetic induction in the cells' exposition plane reveals, in comparison to the detection results, the greater accuracy of 2D calculations ( Fig. 9 and Fig. 10). The divergence in 2D method was 2–4% and 8 to 10% in 3D method (reaching 10% only out of the cells′ cultures margins).

► We present test chamber to be used for in vitro cell culture in static magnetic field.
► The technical data of the chamber construction was presented.
► 2D versus 3D simulation of static magnetic field distribution in chamber was reported.
► We report the accuracy of 2D calculation than 3D.