Malaria parasites are full of wildly spinning iron crystals. Scientists finally know why
U researchers discover the biochemical process that powers these microbial nanomotors, and it’s a lot like rocket fuel.
Read MoreU researchers discover the biochemical process that powers these microbial nanomotors, and it’s a lot like rocket fuel.
Read MoreUtah scholars pull back the curtain on the untold story of Black prisoners and the science of preventing adverse drug reactions.
Read MoreIn this role, Lamb will spend time with the U.S. State Department’s Bureau of Global Health Security and Diplomacy.
Read MoreDiscovery of critical iron-transport protein in deadly pathogen could lead to faster-acting medications.
Read MoreA global exchange program between U of U Health and University Yaounde I in Cameroon benefits science and scientists on both sides of the world.
Read MoreScientists have identified how cerebral malaria, a deadly form of the tropical disease, develops and have defined a potential drug target toward alleviating this condition for which few targeted treatments are available.
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