Khorokhorina V A, Makarenko I G, Sukhareva N N
Antibiot Khimioter. 1988 Sep;33(9):681-4.
Immunological properties of astasin, a novel substance isolated from Astasia longa was studied. 3-4 days after intraperitoneal administration of astasin in a dose of 1000 micrograms per a mouse (50 mg/kg) in the form of suspension in physiological solution or gel in dimethylsulfoxide there was observed maximum increase in the number of the Fc-receptor cells of the macrophage plasmatic membranes and intensity of sheep red blood cell phagocytosis (3.6-4 and 3.2-4-fold, respectively). Dimethylsulfoxide solution of astasin increased migration of the cells into the abdominal cavity by 5.8 times. The respective figure for the astasin suspension was 28. times. Therefore, differences in the nature of the effect and quantitative indices after the exposure to astasin in the above two forms were observed. Sodium chloride isotonic solution of astasin had a retarded but more prolonged effect on the macrophages which was probably due to gradual digestion of the polysaccharide phagocyted granules by the macrophages.
对从长眼虫(Astasia longa)中分离出的一种新物质阿斯他辛(astasin)的免疫学特性进行了研究。以生理盐水悬浮液或二甲基亚砜凝胶形式,给小鼠腹腔注射剂量为每只1000微克(50毫克/千克)的阿斯他辛后3 - 4天,观察到巨噬细胞质膜的Fc受体细胞数量和绵羊红细胞吞噬强度分别有最大幅度增加(分别增加3.6 - 4倍和3.2 - 4倍)。阿斯他辛的二甲基亚砜溶液使细胞向腹腔的迁移增加了5.8倍。阿斯他辛悬浮液的相应数值为28倍。因此,观察到以上述两种形式接触阿斯他辛后,其作用性质和定量指标存在差异。阿斯他辛的氯化钠等渗溶液对巨噬细胞有延迟但更持久的作用,这可能是由于巨噬细胞对吞噬的多糖颗粒进行逐步消化所致。