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美国NovaBios疟原虫测试卡进口疟原虫测试卡

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美国NovaBios疟原虫测试卡进口疟原虫测试卡

营养代谢
疟原虫可通过表膜的渗透或经胞口以吞饮方式摄取营养。在肝细胞内寄生的红细胞外期疟原虫，以肝细胞的胞质为营养。
葡萄糖代谢
红细胞内期疟原虫的糖原储存很少，葡萄糖是疟原虫红细胞内期主要的能量来源。疟原虫的寄生使红细胞膜发生变化，增强了葡萄糖通过膜的主动转运，或者除去某些抑制转运的因子，从而使疟原虫可*地从宿主的血浆获得葡萄糖以供代谢之用。6-磷酸葡萄糖脱氢酶(G6PD)是戊糖磷酸途径所需要的酶，受染疟原虫的红细胞内G6PD缺乏时，影响疟原虫分解葡萄糖，导致虫体发育障碍。缺乏G6PD的病人对恶性疟原虫有选择抗性是否与此有关尚待进一步研究。
蛋白质代谢
疟原虫获得的游离氨基酸主要是来自红细胞内的血红蛋白的水解产物，还来自宿主的血浆和红细胞内的氨基酸库及有机物碳。血红蛋白从疟原虫胞口被吞入，由胞口基部长出食物泡，胞口孔被膜封闭。血红蛋白被食物泡内的酸性肽链内切酶和氨基肽酶的协同作用消化分解为珠蛋白和血红素。珠蛋白在酶的作用下再分解为几种氨基酸以供合成虫体本身的蛋白质。血红素zui后形成一种复合物即疟色素。疟色素不被溶解和吸收而留在食物泡的壁上。在红细胞内裂体增殖过程中，疟色素逐渐融合成团，随着裂体增殖完成后被排入血流。

美国NovaBios疟原虫测试卡进口疟原虫测试卡

Nutritional metabolism
Plasmodium can be absorbed through the surface of the membrane or the mouth to swallow the way intake of nutrients. In the liver cells parasitic red blood cells outside the Plasmodium, the cytoplasm of liver cells for nutrition.
Glucose metabolism
The glycogen of the red blood cells is rarely stored, and the glucose is the main source of energy for malaria parasites. Plasmodium parasites change the erythrocyte membrane, increase the active transport of glucose through the membrane, or remove some factors that inhibit the transport, so that the parasite can be continuously from the host plasma to obtain glucose for metabolism purposes. 6-phosphate dextrose dehydrogenase (G6PD) is the enzyme required for the pentose phosphate pathway, and the loss of G6PD in erythrocytes of Plasmodium falciparum affects the decomposition of glucose by Plasmodium, leading to parasitic developmental disorders. The lack of G6PD patients have a selective resistance to Plasmodium falciparum whether this is pending further study.
Protein metabolism
The free amino acids obtained from malaria parasites are mainly hydrolysates of hemoglobin from erythrocytes and also from the host plasma and erythrocyte amino acid and organic carbon. Hemoglobin is swallowed from the mouth of the parasite, from the mouth of the mouth to grow food bubbles, cell mouth mask closed. Hemoglobin is digested and decomposed into globin and heme by synergistic action of acidic endopeptidase and aminopeptidase in food foams. Globin in the role of enzymes and then decomposed into several amino acids for the synthesis of the body of the protein itself. Hemoglobin eventually forms a complex, the malaria pigment. The malaria pigment is not dissolved and absorbed and left on the wall of the food bubble. In the erythrocyte mitosis process, the malaria pigment gradually merged into the group, with the proliferation of molecules after the completion of the flow was discharged.

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