schizont

Conclusion Using the method of edge and gray scale detection , the Plasmodium vivax schizont can be detected and identified .

结论初步探索采用边缘和图像灰度联合检测的方法能够识别间日疟原虫薄血膜的裂殖体。

The mature schizont ( 23 × 10 μ m ) produced 30-50 merozoites .

成熟裂殖体（23×10μm）内含30&50个裂殖子。裂殖体内没有观察到残余体存在。

The schizont inhibited rates increased in keeping with the increase of drug concentration .

疟原虫抑制率亦与氯喹板及阿莫地喹板相似，均随药物浓度的增高而依次上升。

There were 4 types of escape pattern of mature merozoites from schizont .

成熟裂殖子逸出的方式分为4种类型。

Ultrastructural studies on the mature EXOERYTHROCYTIC schizont of Plasmodium yoelii yoelii

约氏疟原虫红外期成熟裂殖体的超微结构研究

Mean dosages for complete inhibition of schizont formation were 55.4 , 46.7 , 45.8 and 35.4 ( pmol / well ) .

平均抑制量分别为55.4、46.7、45.8及35.4pmo1／井。

Histochemical observations on the EXOERYTHROCYTIC schizont of Plasmodium cynomolgi

食蟹猴疟原虫红外期裂殖体的组织化学观察

Cytochrome oxidase enzyme histochemical method were performed on sporozoite infected liver tissue of rats in order to study the ultrastructure of mature exoerythrocytic schizont ( EES ) .

用细胞色素氧化酶组织化学方法处理感染了约氏疟原虫子孢子的大鼠肝脏，通过透射电镜研究红外期裂殖体的超微结构。

Supernatants collected from the short-term in vitro serum - free cultures of Plasmodium falciparum ( Pf ) schizont infected erythrocytes were detected and analysed by counter-electrophoresis ( CIE ) and enzyme-linked immunoabsorbent assay ( ELISA ) .

本实验对恶性疟原虫（FCC&1/HN）裂殖体体外短期无血清培养上清可溶性抗原进行了纯化，并用CIE及ELISA法检测和分析上清可溶性抗原的免疫学活性。