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观察了灭囊灵及其主要成分水蛭、全蝎、矾石对小鼠的电惊厥及回苏灵、硝酸士的宁引起的小鼠化学惊厥的影响。结果：灭囊灵及其成分全蝎、矾石均能对抗电惊厥及回苏灵、硝酸士的宁引起的化学惊厥，均能降低小鼠的惊厥发生率，尚能延长回苏灵引起的小鼠化学惊厥的诱导期，灭囊灵全方亦能使士的宁引起的小鼠化学惊厥的诱导期延长，但作用明显低于苯巴比妥钠组。灭囊灵的另一成分水蛭则无明显抗惊厥作用，但加入水蛭的灭囊灵全方的上述抗惊厥作用明显加强。提示：水蛭虽无直接抗惊厥作用，但它能协同全蝎、矾石而发生抗惊厥作用。
The effects of eclenoxacin and its main components, blisters, holmium, and vermiculite on the mice’s electroconvulsions, and the chemical convulsions induced by sulfasine and strychnine in mice were observed. RESULTS: Excylenone and its components, total hydrazine and vermiculite, were able to combat chemical convulsions caused by electroconvulsions and cisplatin and strychnine nitrate. They all reduced the incidence of convulsions in mice and were able to prolong the cause of sulfasalazine. In the induction period of chemical convulsions in mice, Excyleng was also able to prolong the induction period of chemical convulsions in mice caused by strychnine, but the effect was significantly lower than that of phenobarbital sodium group. The other component of the zebrarin was not significantly anticonvulsant, but the above anticonvulsant effect of the addition of leeches to the cystolith was significantly enhanced. Tip: Although there is no direct anticonvulsant effect of blisters, it can synergistically exert anticonvulsant effects with total bismuth and vermiculite.