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Sedimentation field-flow fractionation application to Toxoplasma gondii separation and purification.

机译:沉淀流分馏技术在弓形虫分离纯化中的应用。

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摘要

Toxoplasmosis is a worldwide disease caused by Toxoplasma gondii, an intracellular protozoa of micronic size range (4-10 microm). Its classical purification processes are complex and often associated with low recovery. All investigation procedures concerning this parasite require its isolation and purification from at least the mouse ascitic fluid. For this purpose, a recently developed laboratory technology was used, i.e. sedimentation field-flow fractionation. This chromatographic-like separation technology was demonstrated to be particularly selective for isolation and separation of micron-sized biological particles. Sedimentation field-flow fractionation operated on the steric-hyperlayer mode was used to isolate the parasite from the remanent ascitic contaminants of different origins and from red blood cells. With this technology, 86% recovery with 97% viability was obtained in less than 30 min.
机译:弓形体病是一种由弓形体引起的世界性疾病,弓形体是一种微子大小范围(4-10微米)的细胞内原生动物。其经典的纯化过程复杂,通常回收率低。有关此寄生虫的所有调查程序都需要至少从小鼠腹水中分离和纯化。为此目的,使用了最近开发的实验室技术,即沉降场流分馏。事实证明,这种色谱样分离技术对于分离和分离微米级生物颗粒特别有选择性。使用在立体超层模式下操作的沉降场流分馏法可将寄生虫与不同来源的剩余腹水污染物和红细胞分离。使用此技术,在不到30分钟的时间内即可获得86%的回收率和97%的生存力。

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