galvanotaxis

Cell behaviors in EEFs are characterized by elongation, perpendicular orientation and directional migration, which cellular mechanisms are galvanotaxis caused by cascade reaction resulting from influx of Ca2+. Another behavior in EEFs is cell division and proliferation.

暴露于内源性电场中的细胞行为是形态变为狭长、垂直取向和定向迁移，这种趋电性机制是以Ca2+流动触发的级联反应，同时处在电场中某些位置的细胞可分裂增殖。

Studies have shown that cells from multiple species and tissues display directed migration to the EFs, known as galvanotaxis or electrotaxis. Further more, the wound healing of the skin and the cornea can be accelerated by EFs.

研究显示，多种属、多组织来源的细胞在电场作用下可出现向阴极或阳极方向的定向移行，即具有趋电性；电场可明显促进皮肤、角膜上皮损伤的修复。

There is limited background knowledge about galvanotaxis of cancer cells.

目前对癌细胞的趋电性机制还知之甚少。