Rapid malaria resistance evolution in Sudanese Coptic populations
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 Newly discovered stage controls malaria parasite divisionNewly discovered stage controls malaria parasite division
 
Researchers studying the malaria parasite Plasmodium falciparum have discovered a previously unknown stage in its life cycle that appears to be crucial for reproduction.
 
 
 Rapid malaria resistance evolution in Sudanese Coptic populationsRapid malaria resistance evolution in Sudanese Coptic populations
 
The study published in PNAS sets out how, in just 1,500 years, the Copts have acquired a genetic variant that protects them from contracting malaria after mixing with other Sudanese populations.
 
 
 Non-native birds drive widespread avian malaria transmission in HawaiiNon-native birds drive widespread avian malaria transmission in Hawaii
 
New research on avian malaria, which has decimated Hawaii's beloved birds, explains how non-native birds play a key role in transmission and contribute to the widespread distribution of the disease.
 
   WHO addresses the mental health impacts of neglected tropical diseasesWHO addresses the mental health impacts of neglected tropical diseases
 
A major new World Health Organization publication sets out, for the first time, a practical, evidence-based package of care to address the mental health impacts of neglected tropical diseases (NTDs) and the stigma that can prevent people from seeking care and participating fully in society.
 
   DNA marker reveals pyrethroid resistance in malaria mosquitoes
 
A new study, jointly led by Liverpool School of Tropical Medicine and the Centre for Research in Infectious Diseases (CRID) in Cameroon, has detected a DNA marker in a gene encoding for a key enzyme, known as cytochrome P450, that helps mosquitoes to break down and survive exposure to pyrethroids, the main insecticides used for treating bed nets.
 
 Microbial generalists form planet-wide networks across ecosystems
 
Microbial generalists form planet-wide networks across ecosystemsIn a new study published in Cell, scientists in the Bork Group at EMBL Heidelberg reveal that microbes living in similar habitats are more alike than those simply inhabiting the same geographical region.
 
 
 Stiff red blood cells drive sickle cell disease severity
 
A new breakthrough study led by researchers at the University of Minnesota Twin Cities could explain why patients with the same genetic sickle cell mutation experience different levels of pain, organ damage and response to treatment.
 
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