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NIAID Research Team Develops 2nd Model of Crimean-Congo Fever
A NIAID research team has developed an additional nonhuman primate study model for Crimean-Congo hemorrhagic fever (CCHF), providing an alternative for development of critically needed vaccines and therapeutics.

NIAID Team Explores Metabolism in Determining Infection Severity
The route a pathogen takes in causing infection can determine the severity of disease. NIAID scientists are looking at metabolism to determine how and why there is a difference.

Scientists Discuss Prototype Pathogens for Pandemic Preparedness
A special Oct. 19 supplement to the Journal of Infectious Diseases contains nine articles intended as a summary of a National Institute of Allergy and Infectious Diseases (NIAID)-hosted pandemic preparedness workshop that featured scientific experts on viral families of pandemic concern.
