Increase in Temperature Associated With Decrease in Incubation Period
Release Date: 06/18/2024
EXTENDED: Why Malaria Vaccines May Work Better in Some Places Than Others (with Lemu Golassa)
Johns Hopkins Malaria Minute
The extent to which malaria vaccines reduce cases and deaths is a key consideration. But there’s another factor, too. with Dr. Lemu Golassa, Head of Medical Parasitology at Addis Ababa University. About The Podcast The Johns Hopkins Malaria Minute is produced by the Johns Hopkins Malaria Research Institute to highlight impactful malaria research and to share it with the global community.
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Johns Hopkins Malaria Minute
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Johns Hopkins Malaria Minute
The podcast explores the importance of advocacy for malaria research and control. It follows over 120 advocates gathering in Washington, DC, as part of the ‘United to Beat Malaria’ campaign, urging Congress to continue supporting global malaria efforts. Key topics include: The US President’s Malaria Initiative (PMI), founded in 2005, which provides bed nets, test kits, and treatments to combat malaria The role of global partnerships, including the Global Fund, in distributing resources efficiently. How Uganda’s malaria response is supported by international funding for the...
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Johns Hopkins Malaria Minute
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VectorCAM: The AI Tool Improving Mosquito Detection
Johns Hopkins Malaria Minute
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EXTENDED: Could a Juice Pouch Revolutionize Mosquito Control? (with George Dimopoulos)
Johns Hopkins Malaria Minute
For decades, insecticides have shielded us from malaria—but cracks are showing. Resistance is spreading, and environmental concerns are growing. Could a simple pouch of fruit juice with a powerful secret be the breakthrough we need? with George Dimopoulos of the Johns Hopkins Malaria Research Institute About The Podcast The Johns Hopkins Malaria Minute is produced by the Johns Hopkins Malaria Research Institute to highlight impactful malaria research and to share it with the global community.
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Fighting Malaria with Soil Bacteria
Johns Hopkins Malaria Minute
One of the main ways of controlling malaria is to reduce mosquito populations through insecticides. But the mosquitoes are developing resistance, making most insecticides less effective. What if the answer lies beneath our feet? Transcript One of the main ways of controlling malaria is to reduce mosquito populations through insecticides. But the mosquitoes are developing resistance, making most insecticides less effective. We need new vector control interventions – what if the answer lies beneath our feet? Researchers from the Dimopoulos Group at the Johns Hopkins Malaria Research Institute...
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EXTENDED: Mapping Social Networks to Strengthen Malaria Prevention (with András Vörös and Elisa Bellotti)
Johns Hopkins Malaria Minute
The prevention of malaria depends upon multiple layers of interventions that work together to reduce cases and deaths. But what makes someone decide to sleep under a bed net, or apply an insecticidal cream? What makes one person take up more interventions than another? How influential are government-accredited health experts versus friends and family? With András Vörös, an Associate Professor in Quantitative Methods at the University of Birmingham and Elisa Bellotti, a Senior Lecturer in Sociology at the University of Manchester. About The Podcast The Johns Hopkins Malaria Minute is...
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How Conversations Shape Malaria Prevention Practices
Johns Hopkins Malaria Minute
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EXTENDED: Discovering New Targets for Malaria Vaccines and Monoclonal Antibodies (with Joshua Tan)
Johns Hopkins Malaria Minute
Today, the discovery of antibodies targeting a new region of the malaria parasite that could serve as a promising target for drugs and vaccines.
info_outlineResearchers compare the temperature of mosquito breeding spots with a decade early to examine its impact on malaria transmission.
Transcript
The effects of climate change on malaria are becoming clearer. Anopheles stephensi – an urban form of the malaria mosquito – is changing its geography, moving from Southeast Asia to parts of Africa and India. To investigate the link between temperature and malaria, between 2021 and 2022 researchers in Chennai, India placed data loggers that recorded temperature – and the daily range of temperature - in both indoor and outdoor settings. They took those measurements and compared them to ten years earlier, from 2012 to 2013. The daily temperature range of indoor asbestos structures increased from 4.3 to 12.6 degrees Celsius — compared to a marginal increase in other structures. Importantly, an increase in temperature was associated with a decrease in the incubation period – that's the time it takes for the parasite to develop in the mosquito. With invasive mosquito species entering new areas, combined with the shorter time it takes to transmit, it's becoming more clear that rising temperatures will lead to an increase in malaria cases in certain areas – and that preparation will be key.
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About The Podcast
The Johns Hopkins Malaria Minute podcast is produced by the Johns Hopkins Malaria Research Institute to highlight impactful malaria research and to share it with the global community.