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使用聚碳酸酯筛网体外分离诺氏疟原虫裂殖子

In vitro isolation of Plasmodium knowlesi merozoites using polycarbonate sieves.

作者信息

Dennis E D, Mitchell G H, Butcher G A, Cohen S

出版信息

Parasitology. 1975 Dec;71(3):475-81. doi: 10.1017/s0031182000047235.

Abstract

A culture chamber fitted with a polycarbonate sieve has been used to isolate Plasmodium knowlesi merozoites as they are released from schizonts. A 3 mum pore-size sieve allows passage of normal erythrocytes and red cells containing rings and trophozoites and can be used to concentrate schizonts from a mixed cell population. A 2 mum pore-size sieve retains normal and parasitized cells and provides uncontaminated merozoites in high yield (5 x 10(10) merozoites per ml schizonts). Merozoite viability diminishes rapidly during 30 min after isolation. These preparations should prove valuable for studies of the biochemical, physiological and antigenic properties of this transient phase of the malaria parasite.

摘要

配备聚碳酸酯筛网的培养室已被用于分离诺氏疟原虫裂殖子,因为它们从裂殖体中释放出来。孔径为3微米的筛网允许正常红细胞以及含有环状体和滋养体的红细胞通过,可用于从混合细胞群体中浓缩裂殖体。孔径为2微米的筛网能留住正常细胞和被寄生的细胞,并能高产率地提供无污染的裂殖子(每毫升裂殖体含5×10¹⁰个裂殖子)。裂殖子活力在分离后30分钟内迅速下降。这些制剂对于研究疟原虫这一短暂阶段的生化、生理和抗原特性应具有重要价值。

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