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- Keywords Plasmodium vivax;Chloroquine;Drug sensitivity; 间日疟原虫;氯喹;药物敏感性;
- Keywords Plasmodium vivax;multi-epitope vaccine;expression; 间日疟;多表位疫苗基因;表达;
- Keywords Plasmodium vivax;lactate dehydrogenase;cloning;sequence analysis; 间日疟原虫;乳酸脱氢酶;克隆;序列分析;
- Keywords Plasmodium vivax;image processing;image enhancement;pixel;edge detecting;gray processing; 间日疟原虫;图像处理;图像增强;像素;边缘检测;灰度处理;
- Keywords Plasmodium vivax;Merozoite Surface Protein 1 （PvMSP 1）;Introduced Malaria; 间日疟原虫;裂殖子表面蛋白1;输入性疟疾;
- Keywords Plasmodium vivax;merozoite surface protein 1 gene;DNA clone;sequence analysis; 关键词疟原虫;间日;裂殖子表面蛋白-1基因;分子克隆;序列分析;
- Keywords Plasmodium falciparum;Plasmodium vivax;Blood screening;Detection of nucleic acid; 疟原虫;核酸检测;献血员;筛查;
- Keywords Plasmodium vivax;circumsporozoite protein（CSP）;nest allele specific PCR;different size DNA band; 间日疟原虫;环子孢子蛋白基因;套式等位特异PCR;多样性DNA片段;
- Keywords Plasmodium vivax;Plasmodium falciparum;Plasmodium malariae;Plasmodium ovale;nested polymerase chain reaction;small subunit ribosomal RNA gene; 关键词间日疟原虫;恶性疟原虫;三日疟原虫;卵形疟原虫;套式聚合酶链反应;小亚单位核糖体核糖核酸基因;
- The schizonts and gametocytes were somewhat alike to Plasmodium vivax. 裂殖体和配子体与间日疟原虫相似。
- No cross-reaction between Plasmodium falciparum and Plasmodium vivax. 55%25和100%25,整个试验约需5分钟,与间日疟无交叉反应。
- Objective To identify the Plasmodium vivax using digital image processing techniques. 目的应用数字图像技术识别间日疟原虫。
- The variant form of DARC stops the growth of Plasmodium vivax one of the four parasites that can cause malaria. DARC的变异形式阻止了间日疟原虫的生长，这是四种引起疟疾的寄生虫的一种。
- This peripheral blood smear comes from a patient with malaria.This infection happens to be with Plasmodium vivax. 疟疾病人外周血涂片,此为间日疟原虫感染。
- 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。
- We report a Taiwanese man with no history of travel outside Taiwan who was coinfected with of Plasmodium falciparum and Plasmodium vivax. 一位未曾出国旅行的原住民被诊断为合并感染恶性疟原虫与间日疟原虫。
- 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。
- According to known SSUrUNA sequences ot Plasmodium vivax , correlated protozoa and human being, sequences of oligonucleotide primers were defined with computer programming. 根据已知间日疟原虫、其它相关原虫及人小亚单位核糖体核糖核酸(SSUrRNA)基因序列,借助计算机程序分析,设计一对寡聚核苷酸引物。
- Methods We processed the image of thin smear film of the Plasmodium vivax schizont through several steps including image preprocessing,image segmentation and feature extraction. 方法基于图像预处理、图像分割、特征提取、判决分类等步骤,分别对间日疟原虫薄血膜的裂殖体图像进行处理,观察其识别效率和准确度。
- Objective To establish a sensitive, simple to use and low noise nested/multiplex PCR for simultaneously detection of Plasmodium falciparum （P.f） and Plasmodium vivax （P.v）. 目的 建立简便、灵敏、低本底、可同时检测恶性疟原虫和间日疟原虫的套式/多重聚合酶链反应（PCR）系统。
