Nerve cell tissue activation by a low invasion type micro spot atmospheric pressure plasma source

根据培养细胞的典型显微镜图像，观察到等离子体照射后细胞生长状况良好。此外，在一项测试等离子体照射对人工烧伤大鼠的影响的实验中，在受照射的区域没有发现电击损伤的证据。事实上，观察到的烧伤创面愈合和改善的证据。因此，由于离子/自由基在培养表面的碰撞而产生的相互作用对生长因子的增殖有很大的影响。

According to the typical microscope images of culture cells, healthy growth was observed for plasma irradiation. Furthermore, in an experiment testing the effects of plasma irradiation on rats that were artificially given burn wounds, no evidence of electric shock injuries was found in the irradiated areas. In fact, the observed evidence of healing and improvements of the burn wounds. Therefore, it appears that the interaction due to ion/radical collisions on the culture surface causes a substantial effect on the proliferation of growth factors.