Malaria
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X @The Economist
The Economist· 2025-08-25 13:20
Climate Change Impact - Climate change is expected to significantly increase the prevalence of malaria [1] Proposed Solution - A "mosquito taxi" concept is being explored as part of the solution to combat the spread of malaria [1]
X @The Economist
The Economist· 2025-08-08 00:20
Climate Change Impact - Climate change will redistribute the burden of malaria [1] - The shift of malaria burden will be into regions where people have less natural resistance [1] Potential Solutions - There are some promising approaches to combat malaria [1]
X @The Economist
The Economist· 2025-08-07 21:20
Global warming is expected to impede the fight against malaria, with most of the harm concentrated in Africa. Countries are already scrambling to adapt https://t.co/an87b2sRdP ...
From malaria to space: the road that didn’t exist | Antonella Pantaleo | TEDxViaCavour
TEDx Talks· 2025-07-07 16:59
Global Health & Disease Research - Malaria is a leading cause of death from parasitic diseases, causing 600,000 deaths annually, with 80% of deaths occurring in children under 5 [1] - The World Health Organization emphasizes the urgent need for new antimalarial drugs due to parasite resistance to existing treatments like artemisinin derived from *Artemisia annua* [2] - Research shifted focus from targeting the parasite directly to protecting the erythrocyte (red blood cell) by preventing the parasite from modifying its membrane proteins [2] - A drug, already in use for leukemia treatment, was found to trap and kill the parasite within the erythrocyte [2] - Ex vivo experiments in Uganda showed the drug's effectiveness in blood samples from malaria-infected children, leading to further trials [2][3][4] - Clinical trials in Vietnam demonstrated the drug's effectiveness in men, paving the way for potential commercialization in a few years, with the drug being patented [9][10][11] Space Biology & Research Applications - Research extended to space biology, studying the immune system in space missions and utilizing microgravity simulators [13][14][15] - Spirulina (cyanobacteria) demonstrated enhanced growth in extreme conditions (microgravity and 100% CO2) on simulated Martian soil, using synthetic urine as a nutrient source, indicating its potential as food and air purifier for astronauts [16][17] - Microgravity conditions were used to accelerate neurodegenerative disease studies using neuronal cells, creating a model for research [18]