Divo A A, Jensen J B
Bull World Health Organ. 1982;60(4):571-5.
Previous experiments using RPMI 1640 medium have indicated that the dialysis of human serum removes components of low relative molecular mass (6000-8000 RMM) that are essential for continuous cultivation of Plasmodium falciparum. To determine which low-RMM components are important for parasite development, we compared growth in normal serum to that in dialysed serum using a number of other commercially available media, which we considered to be richer than RPMI 1640. Through these comparisons, we determined that hypoxanthine was the major dialysable nutrient required for parasite development. High quality bovine serum requires 3 - 12 x 10(-5) mol/litre of hypoxanthine as a supplement to support continuous cultures of P. falciparum. Thus far we have been unable to attain parasite growth in medium containing supplemented bovine serum that is as good as growth in medium containing human serum.
先前使用RPMI 1640培养基进行的实验表明,对人血清进行透析会去除低相对分子质量(6000 - 8000相对分子质量)的成分,而这些成分对于恶性疟原虫的连续培养至关重要。为了确定哪些低相对分子质量成分对寄生虫发育很重要,我们使用了一些我们认为比RPMI 1640更丰富的其他市售培养基,比较了正常血清和透析血清中的疟原虫生长情况。通过这些比较,我们确定次黄嘌呤是寄生虫发育所需的主要可透析营养物质。高质量的牛血清需要3 - 12×10⁻⁵摩尔/升的次黄嘌呤作为补充,以支持恶性疟原虫的连续培养。到目前为止,我们还无法在含有补充牛血清的培养基中实现与含有人类血清的培养基中一样好的寄生虫生长。