parasitic protozoan of the genus Plasmodium that causes malaria in humans

Methods The data of Plasmodium vivax malaria prevalence and control were collected from malaria network system and the peak incidence day were analyzed by yearly round analysis.

方法收集江苏省疾病监测信息报告网络直报管理系统中间日疟疫情资料，按月统计间日疟发病数，用圆形分布法分析江苏省间日疟的发病高峰日和高峰期。

Under the different controlled temperatures in the laboratory, the developmental period of different stage An. sinensis and the sporogony duration of Plasmodium vivax in An. sinensis were observed.

目的：观察温度对蚊虫发育历期的影响及与疾病发生的关系。方法：在实验室不同恒温条件下，观察中华按蚊各虫期发育情况及间日疟原虫在该蚊体内子孢子繁殖时间；

Based on the gene sequence of circumsporozoite protein(CSP) of Plasmodium vivax , the PCR/DNA probe detection system was prepared.

根据间日疟原虫环子孢子表面蛋白（CSP）基因序列研制了PCR／DNA探针检测系统。

The ultrastructural changes of sporoblast and sporozoite formation within oocyst of Plasmodium vivax in Anopheles dints was observed by transmission electron microscope.

应用透射电镜观察间日疟原虫在大劣按蚊体内发育的卵囊内成孢子细胞及子孢子形成过程形态变化。

If Plasmodium vivax is evolving to learn how to infect the Duffy-negative red cell, then a large continent of people suddenly becomes susceptible to a new form of malaria.

如果间日疟原虫进化到可以影响不表达达菲蛋白的红细胞，那么突然之间，这片大陆上就会有很多人可能患上了一种新的虐疾病。

Objective To investigate the population constitution and geographical distribution of Plasmodium vivax in China using molecular technique.

目的用分子技术调查中国间日疟原虫种群结构与地理分布。

Objective:To observe the clinical therapeutic efficacies of complex naphthoquine and chloroquine in patients with Plasmodium vivax malaria.

目的：观察复方萘酚喹与氯喹治疗间日疟的临床疗效。

Now, the Duffy blood-group protein is essentially necessary for Plasmodium vivax to get into the red cell.

现在间日疟原虫必须依靠达菲蛋白进入红细胞。

They showed that the mutation definitely reduces the number of malaria-causing Plasmodium vivax parasites, lessening the severity of the disease.

他们发现，这种变异致病基因显着减少了疟原虫感染病例的数量，并有效缓解了疟疾病患的病情。

Plasmodium falciparum and Plasmodium vivax are the most common.

恶性疟和间日疟最常见。

Plasmodium vivax malaria which is the second most common type of malaria also responds well to most ACTs.

间日疟是第二个最常见的疟疾类型，且对大部分以青蒿素为基础的联合疗法敏感。