成熟裂殖子逸出的方式分为4种类型。
There were 4 types of escape pattern of mature merozoites from schizont.
ANKA株易感染，并能支持其红外期发育成熟，产生有感染力的红外期裂殖子。
ANKA sporozoites and can support the developmental maturation of EE stages, producing potentially infectious merozoites.
新的裂殖子迅速侵略他们在周期，有时同步，复制也许对应于热病和冷颤的周期在疟疾的红血球。
The new merozoites quickly invade erythrocytes where they replicate, sometimes synchronously, in a cycle that may correspond to the cycle of fever and chills in malaria.
恶性疟原虫裂殖子表面主要蛋白- 1，又称P 195，与人红细胞膜具有结合作用，这种结合是裂殖子识别红细胞的基础。
Major merozoite surface antigen-1, P195, is found to have ability to bind to human erythrocyte. The binding is the base of recognition of merozoite to erythrocyte.
恶性疟原虫裂殖子表面主要蛋白- 1，又称P 195，与人红细胞膜具有结合作用，这种结合是裂殖子识别红细胞的基础。
Major merozoite surface antigen-1, P195, is found to have ability to bind to human erythrocyte. The binding is the base of recognition of merozoite to erythrocyte.
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