The marrow of chronic exemple can find the zoogamy body of plasmodium sometimes in smear.

慢性病例骨髓涂片中有时可找到疟虫有性生殖体。

The major Merozoite Surface Protein 1(MSP1) of Plasmodium falciparum is an important candidate for malaria vaccine.

恶性疟虫裂殖子表面蛋白1是当今疟疾疫苗主要候。

The review highlights the relationship of NO with schistosome,plasmodia,toxoplasm,Eimeria and the mechanism of its effects may be involved.

本文综述了NO在吸虫、疟虫、弓形虫、艾美耳球虫等寄生虫感染过程中生成、作用以及可能机制。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产物对斯氏按蚊唾提物中疟虫配子体激活因子影响。

If there is plasmodium in blood, usable chloroquine, avoid uses quinine, attack the medicaments such as impaludism quinoline, uncle ammonia quinoline.

如血中有疟虫，可用氯喹，忌用奎宁、扑疟喹啉、伯氨喹啉等药物。

Conclusion Drug plates, media, adhesive paper, parasites and operation technique can affect the result of in vitro microtest for drug sensitivity of P. falciparum.

结论涂药板、培养基、密封胶带纸、疟虫及操作技术等均可影响体外微量法测定结果。

The marrow of chronic exemple can find the zoogamy body of plasmodium sometimes in smear.

慢性病例骨髓涂片中有时可找到疟有性生殖体。

The major Merozoite Surface Protein 1(MSP1) of Plasmodium falciparum is an important candidate for malaria vaccine.

恶性疟裂殖子表面蛋白1是当今疟主要候选抗。

The review highlights the relationship of NO with schistosome,plasmodia,toxoplasm,Eimeria and the mechanism of its effects may be involved.

本文综述了NO在吸、疟、弓形、艾美耳球等寄生感染过程中生成、作用以及可能机制。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产物对斯氏按蚊唾液腺抽提物中疟子体激活因子影响。

If there is plasmodium in blood, usable chloroquine, avoid uses quinine, attack the medicaments such as impaludism quinoline, uncle ammonia quinoline.

如血液中有疟，可用氯喹，忌用奎宁、扑疟喹啉、伯氨喹啉等药物。

Conclusion Drug plates, media, adhesive paper, parasites and operation technique can affect the result of in vitro microtest for drug sensitivity of P. falciparum.

结论涂药板、培养基、密封胶带纸、疟及操作技术等均可影响体外微量法测定结果。

The marrow of chronic exemple can find the zoogamy body of plasmodium sometimes in smear.

慢性病例骨髓涂片中有时可找到有性生殖体。

The major Merozoite Surface Protein 1(MSP1) of Plasmodium falciparum is an important candidate for malaria vaccine.

恶性裂殖子表面蛋白1是当今疾疫苗主要候选抗。

The review highlights the relationship of NO with schistosome,plasmodia,toxoplasm,Eimeria and the mechanism of its effects may be involved.

本文综述了NO在吸、、弓形、艾美耳球等寄生感染过程中生成、作以及可能机制。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产物对斯氏按蚊唾液腺抽提物中配子体激活因子影响。

If there is plasmodium in blood, usable chloroquine, avoid uses quinine, attack the medicaments such as impaludism quinoline, uncle ammonia quinoline.

如血液中有，可氯喹，忌、扑喹啉、伯氨喹啉等药物。

Conclusion Drug plates, media, adhesive paper, parasites and operation technique can affect the result of in vitro microtest for drug sensitivity of P. falciparum.

结论涂药板、培养基、密封胶带纸、及操作技术等均可影响体外微量法测定结果。

The marrow of chronic exemple can find the zoogamy body of plasmodium sometimes in smear.

慢性病例骨髓涂片有时可找到疟有性生殖体。

The major Merozoite Surface Protein 1(MSP1) of Plasmodium falciparum is an important candidate for malaria vaccine.

恶性疟殖子表面蛋白1是当今疟疾疫苗主要候选抗。

The review highlights the relationship of NO with schistosome,plasmodia,toxoplasm,Eimeria and the mechanism of its effects may be involved.

本文综述了NO在吸、疟、弓形、艾美耳球等寄生感染过程生成、作用以及可能机制。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产物对斯氏按蚊唾腺抽提物疟配子体激活因子影响。

If there is plasmodium in blood, usable chloroquine, avoid uses quinine, attack the medicaments such as impaludism quinoline, uncle ammonia quinoline.

如有疟，可用氯喹，忌用奎宁、扑疟喹啉、伯氨喹啉等药物。

Conclusion Drug plates, media, adhesive paper, parasites and operation technique can affect the result of in vitro microtest for drug sensitivity of P. falciparum.

结论涂药板、培养基、密封胶带纸、疟及操作技术等均可影响体外微量法测定结果。

The marrow of chronic exemple can find the zoogamy body of plasmodium sometimes in smear.

慢性病例骨髓涂片中有时原虫有性生殖体。

The major Merozoite Surface Protein 1(MSP1) of Plasmodium falciparum is an important candidate for malaria vaccine.

恶性原虫裂殖子表面蛋白1是当今疾疫苗主要候选抗原。

The review highlights the relationship of NO with schistosome,plasmodia,toxoplasm,Eimeria and the mechanism of its effects may be involved.

本文综述了NO在吸虫、原虫、弓形虫、艾美耳球虫等寄生虫感染过程中生成、作用以及能机制。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产物对斯氏按蚊唾液腺抽提物中原虫配子体激活因子影响。

If there is plasmodium in blood, usable chloroquine, avoid uses quinine, attack the medicaments such as impaludism quinoline, uncle ammonia quinoline.

如血液中有原虫，用氯，忌用奎宁、啉、伯氨啉等药物。

Conclusion Drug plates, media, adhesive paper, parasites and operation technique can affect the result of in vitro microtest for drug sensitivity of P. falciparum.

结论涂药板、培养基、密封胶带纸、原虫及操作技术等均影响体外微量法测定结果。

The marrow of chronic exemple can find the zoogamy body of plasmodium sometimes in smear.

慢病例骨髓涂片中有时可找到有生殖。

The major Merozoite Surface Protein 1(MSP1) of Plasmodium falciparum is an important candidate for malaria vaccine.

裂殖子表面蛋白1是当今疾疫苗主要候选抗。

The review highlights the relationship of NO with schistosome,plasmodia,toxoplasm,Eimeria and the mechanism of its effects may be involved.

本文综述了NO在吸、、弓形、艾美耳球等寄生感染过程中生成、作用以及可能机制。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产物对斯氏按蚊唾液腺抽提物中配子激活因子影响。

If there is plasmodium in blood, usable chloroquine, avoid uses quinine, attack the medicaments such as impaludism quinoline, uncle ammonia quinoline.

如血液中有，可用氯喹，忌用奎宁、扑喹啉、伯氨喹啉等药物。

Conclusion Drug plates, media, adhesive paper, parasites and operation technique can affect the result of in vitro microtest for drug sensitivity of P. falciparum.

结论涂药板、培养基、密封胶带纸、及操作技术等均可影响外微量法测定结果。

The marrow of chronic exemple can find the zoogamy body of plasmodium sometimes in smear.

慢性病例骨髓涂片中有时可找到疟原虫有性生殖体。

The major Merozoite Surface Protein 1(MSP1) of Plasmodium falciparum is an important candidate for malaria vaccine.

恶性疟原虫裂殖子表面蛋白1是当今疟疾疫苗主要抗原。

The review highlights the relationship of NO with schistosome,plasmodia,toxoplasm,Eimeria and the mechanism of its effects may be involved.

本文综述了NO在吸虫、疟原虫、弓形虫、艾美耳球虫等寄生虫感染过程中生成、作用以及可能机制。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产对斯氏按蚊唾液腺中疟原虫配子体激活因子影响。

If there is plasmodium in blood, usable chloroquine, avoid uses quinine, attack the medicaments such as impaludism quinoline, uncle ammonia quinoline.

如血液中有疟原虫，可用氯喹，忌用奎宁、扑疟喹啉、伯氨喹啉等药。

Conclusion Drug plates, media, adhesive paper, parasites and operation technique can affect the result of in vitro microtest for drug sensitivity of P. falciparum.

结论涂药板、培养基、密封胶带纸、疟原虫及操作技术等均可影响体外微量法测定结果。

The marrow of chronic exemple can find the zoogamy body of plasmodium sometimes in smear.

慢性病例骨髓涂片有时可找到疟有性生殖体。

The major Merozoite Surface Protein 1(MSP1) of Plasmodium falciparum is an important candidate for malaria vaccine.

恶性疟殖子表面蛋白1是当今疟疾疫苗主要候选抗。

The review highlights the relationship of NO with schistosome,plasmodia,toxoplasm,Eimeria and the mechanism of its effects may be involved.

本文综述了NO在吸、疟、弓形、艾美耳球等寄生感染过程生成、作用以及可能机制。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产物对斯氏按蚊唾腺抽提物疟配子体激活因子影响。

If there is plasmodium in blood, usable chloroquine, avoid uses quinine, attack the medicaments such as impaludism quinoline, uncle ammonia quinoline.

如有疟，可用氯喹，忌用奎宁、扑疟喹啉、伯氨喹啉等药物。

Conclusion Drug plates, media, adhesive paper, parasites and operation technique can affect the result of in vitro microtest for drug sensitivity of P. falciparum.

结论涂药板、培养基、密封胶带纸、疟及操作技术等均可影响体外微量法测定结果。

The marrow of chronic exemple can find the zoogamy body of plasmodium sometimes in smear.

慢性病例骨髓涂片中有时可找到疟原虫有性生殖体。

The major Merozoite Surface Protein 1(MSP1) of Plasmodium falciparum is an important candidate for malaria vaccine.

恶性疟原虫裂殖子表面蛋白1是当今疟疾疫苗主要候选抗原。

The review highlights the relationship of NO with schistosome,plasmodia,toxoplasm,Eimeria and the mechanism of its effects may be involved.

本了NO在吸虫、疟原虫、弓形虫、艾美耳球虫等寄生虫感染过程中生成、作用以及可能机制。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产物对斯唾液腺抽提物中疟原虫配子体激活因子影响。

If there is plasmodium in blood, usable chloroquine, avoid uses quinine, attack the medicaments such as impaludism quinoline, uncle ammonia quinoline.

如血液中有疟原虫，可用氯喹，忌用奎宁、扑疟喹啉、伯氨喹啉等药物。

Conclusion Drug plates, media, adhesive paper, parasites and operation technique can affect the result of in vitro microtest for drug sensitivity of P. falciparum.

结论涂药板、培养基、密封胶带纸、疟原虫及操作技术等均可影响体外微量法测定结果。