It has been shown that 30-min incubation of neutrophils in the presence of a near null magnetic field produced with the use of permalloy for magnetic shielding (a residual static magnetic field not greater than 20 nT) leads to a significant decrease (by 48%) in the intensity of lucigenin-dependent chemiluminescence measured directly after removal of the hypomagnetic field. At 20 min after being in hypomagnetic conditions (followed by a 20 min of incubation of neutrophils in the geomagnetic field), the degree of the differences between the control and experimental samples is completely preserved. When the time periods of incubation of experimental samples in the geomagnetic field (static magnetic field 44 μT) were extended (40 and 60 min) after exposure to a near-null magnetic field, the differences between experimental and appropriate control groups of samples were smaller, by up to 32 and 22%.

已经表明，在使用坡莫合金进行磁屏蔽（不大于 20 nT 的剩余静磁场）产生的近零磁场存在下，中性粒细胞培养 30 分钟会导致显着减少（降低 48% ) 在去除亚磁场后直接测量的光泽精依赖性化学发光强度。在处于低磁条件后 20 分钟（随后在地磁场中孵育嗜中性粒细胞 20 分钟），完全保留了对照样品和实验样品之间的差异程度。当暴露于近零磁场后，实验样品在地磁场（静磁场 44 μT）中的孵育时间延长（40 和 60 分钟），