Abstract Exposure to an electron beam at ≤1 kGy dose leads to inactivation of more than 4/5 of the population of Cochlodinium polykrikoides and Alexandrium catenella toxic microalgae via damage to cell walls, degradation of chloroplasts, and cell aggregation. In parallel, the neutralization of paralytic toxins occurs. Due to the low doses, efficiency, and simplicity of irradiation, electron beam treatment can be a promising method of controlling red tides in seawater.

中文翻译：

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低剂量电子束处理赤潮水华微藻

摘要 暴露于 ≤ 1 kGy 剂量的电子束会导致超过 4/5 的 Cochlodinium polykrikoides 和 Alexandrium catenella 有毒微藻群因细胞壁受损、叶绿体降解和细胞聚集而失活。同时，麻痹性毒素的中和发生。由于辐照剂量低、效率高且简单，电子束处理是控制海水赤潮的一种很有前景的方法。