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A bench top magnetic separator for malarial parasite concentration

F. T. Paul, D. Melville, Stuart Roath, David C. Warhurst

Open publisher page 45 citations

Abstract

A bench top magnetic separator is described which is suitable for separating red blood cells infected with malarial parasites from whole blood. The separator is based on a compact 0.7T permanent magnet and uses a high gradient magnetic filter of approximately 2.5 cm3volume. Experiments with malaria parasitised mouse red cells (Plasmodium berghei) show that final parasite concentrations in excess of 90% can be achieved.

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What this paper is about

A bench top magnetic separator is described which is suitable for separating red blood cells infected with malarial parasites from whole blood. The separator is based on a compact 0.7T permanent magnet and uses a high gradient magnetic filter of approximately 2.5 cm3volume. Experiments with malaria parasitised mouse red cells (Plasmodium berghei) show that final parasite concentrations in excess of 90% can be achieved.

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OpenAlex reports 45 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A bench top magnetic separator is described which is suitable for separating red blood cells infected with malarial parasites from whole blood. The separator is based on a compact 0.7T permanent magnet and uses a high gradient magnetic filter of approximately 2.5 cm3volume. Experiments with malaria parasitised mouse red cells (Plasmodium berghei) show that final parasite concentrations in excess of 90% can be achieved.

Key concepts: Parasite hosting, Separator (oil production), Magnetic separation, Malaria, Plasmodium berghei, Magnet, Malarial parasites, Materials science

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