Study uncovers mechanism for insensitivity to key antimalari

Malaria is one of the most dangerous infectious diseases. The causative pathogens are microorganisms of the genus Plasmodium.

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Germany , Hamburg , Heidelberg , Baden Wüberg , Thailand , Cambodia , German , Eileen Bischoff , Tobias Spielmann , Technische Universit , Markus Ganter , Robin Schumann , Marcel Deponte , Emily Henderson , Department Of Chemistry , German Research Foundation , European Molecular Biology Laboratory In Heidelberg , Priority Program , Bernhard Nocht Institute For Tropical Medicine , Infectiology At Heidelberg University Hospital , German Research , Bernhard Nocht Institute , Tropical Medicine , Heidelberg University Hospital , European Molecular Biology Laboratory , Pathogen , Amino Acid , Artemisinin , Flood , Fell , Cysteine , Drugs , Hemoglobin , Infectious Diseases , Liver , Malaria , Utation , Plasmodium Falciparum , Protein , Red Blood Cells , Research , Serine , Sulfur , Tyrosine ,