WashU Medicine Leads Two Major Pandemic Preparedness Research Projects

NIH Awards Establish Pandemic Preparedness Research Network

The Research and Development of Vaccines and Monoclonal Antibodies for Pandemic Preparedness network—called ReVAMPP—will focus its research efforts on “prototype pathogens,” representative pathogens from virus families known to infect humans, and high-priority pathogens that have the potential to cause deadly diseases. The pandemic preparedness research network will conduct research on high-priority pathogens most likely to threaten human health with the goal of developing effective vaccines and monoclonal antibodies.

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Candidate Malaria Vaccine Provides Lasting Protection in NIH-Sponsored Trials

Two National Institutes of Health (NIH)-supported trials of an experimental malaria vaccine in healthy Malian adults found that all three tested regimens were safe.

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USF Using AI to Help Combat Malaria in Africa

UF Awarded NIH Funding for New Malaria Research Center

UC Irvine Global Health Researcher Receives $4.3 Million to Study Invasive Malaria Vector and Urban Malaria in Africa

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UC Irvine Global Health Researcher Receives $4.3 Million to Study Invasive Malaria Vector and Urban Malaria in Africa
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NIAID Raises Awareness to Malaria-like Diseases in W. Africa

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NIAID Raises Awareness to Malaria-like Diseases in W. Africa

Dengue, Zika, Chikungunya Viruses in Mali; Disease Likely Misdiagnosed

NIAID scientists and colleagues have identified dengue, Zika and chikungunya viruses in the West African country of Mali, where health care providers likely misdiagnose patients with illness from those viruses due to unavailable diagnostic tools. Because malaria is the most common fever-causing illness in rural sub-Saharan Africa, most medical workers presume patients with a fever have malaria. The primary cause of all four infectious diseases is a mosquito bite.

Records from the Malian Health Information System show that about one-third of all patient visits to health care facilities are related to malaria, with 2.37 million clinical cases.

A new study from NIAID’s Rocky Mountain Laboratories and the University of Sciences, Techniques and Technologies in Mali aims to help spread information to medical workers about the existence of the additional viral diseases. Ideally, circulating the information will help them obtain the necessary diagnostics.

The study, published in The American Journal of Tropical Medicine and Hygiene, involved 600 residents, 200 from each of the southern Malian communities of Soromba, Bamba and Banzana. The scientists detected antibodies to dengue virus in the blood of 77.2% of the residents tested; to Zika virus in 31.2%, and to chikungunya virus in 25.8%. They detected at least one of the three viruses in 84.9% of participants, meaning just 15.1% tested negative to any of the three viruses.

Evidence of the parasites that cause malaria was found in 44.5% of those tested. Unlike malaria, however, where most cases are found in children under age 14, residents over age 50 were most likely to have been exposed to dengue, Zika or chikungunya viruses. 

“Despite the high exposure risk to dengue virus in southern Mali, dengue fever cases have rarely been reported,” the researchers write. “This is likely due to the lack of diagnostic testing and the biased clinical focus on malaria in the region. Awareness of dengue virus as a cause of febrile illness needs to be urgently established in medical communities as an important public health measure.”

The scientists are hoping data from a more in-depth clinical study that just ended will provide additional details about the prevalence of these viruses in Mali. They also are planning to examine patients who have undiagnosed fevers to establish infection rates.

NIAID scientists are investigating dengue, Zika and chikungunya viruses to try and develop preventive and therapeutic treatment options, none of which exist.

Reference: S Bane, et alSeroprevalence of Arboviruses in a Malaria Hyperendemic Area in Southern MaliThe American Journal of Tropical Medicine and Hygiene DOI: 10.4269/ajtmh.23-0803 (2024).

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New Synthetic Biomarker Technology Differentiates Between Prior Zika and Dengue Infections

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Experimental NIH Malaria Monoclonal Antibody Protective in Malian Children

One injected dose of an experimental malaria monoclonal antibody was 77% effective against malaria disease in children in Mali during the country’s six-month malaria season, according to the results of a mid-stage clinical trial. The trial assessed an investigational monoclonal antibody developed by scientists at the National Institutes of Health (NIH), and results appear in The New England Journal of Medicine.

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Fight Against Malaria Takes a Step Forward

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Fight Against Malaria Takes a Step Forward
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