James Ebdon_WEB

Horizon Awards 2026: Professor James Ebdon named as winner of John Snow Prize

2026-11-04T00:23:00+00:00

Environmental microbiologist Professor James Ebdon, from the University of Brighton, UK, has been named as the winner of the John Snow Public Health Innovation Prize, which recognises outstanding achievements in applied microbiology that deliver measurable improvements in public health and environmental health outcomes.

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    Cattle genetics and gut microbes could help cut methane emissions

    Researchers are uncovering how cattle genetics and rumen microbes work together to shape methane emissions and feed efficiency. The findings could support new feed additives, probiotics and microbial strategies that reduce emissions while helping cattle extract more energy from their diet.

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    Low-level lead exposure linked to higher strep throat risk in children

    Even relatively low levels of lead exposure may be linked to a higher risk of strep throat in children. In a study of more than 13,000 children, those with blood lead levels below current public health action thresholds still had substantially higher odds of a strep diagnosis.

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    Researchers harness the microbiome to prevent deadly bloodstream infections

    Researchers have pioneered a new approach to preventing dangerous bloodstream infections in patients receiving donor stem cell transplants for blood cancers. The first-of-its-kind therapy delivers 16 carefully selected beneficial bacteria designed to restore the microbiome and fight harmful pathogens.

Food security

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Researchers reveal mechanisms of lipid accumulation and compositional remodeling in oleaginous yeast

Microbial oils are promising sustainable lipid sources for food and biofuel applications. Researchers have developed a high-coverage lipidomics workflow and integrated it with transcriptomics to investigate lipid accumulation and compositional changes in Rhodosporidium toruloides under nitrogen limitation.

Clean Water

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Engineered plant–microbe symbiosis turns wastewater metals into photosynthetic biohybrids

2026-11-04T10:31:00+00:00By

A new plant–microbe strategy could change how wastewater heavy-metal pollutants are managed: instead of merely capturing toxic cadmium and lead, it converts them into light-harvesting semiconductor nanoparticles on living bacteria. The system pairs water lettuce with an engineered, fast-growing aerobic bacterium.

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Study investigates Southern Ocean’s role in global nutrient cycling

2026-11-04T11:12:00+00:00By

A study tracking changes in the physical, biogeochemical, and optical properties of Subantarctic Mode Water (SAMW) and Antarctic Intermediate Water (AAIW) reveals how the two water masses follow distinct nutrient recycling pathways, potentially influencing the composition and productivity of far-reaching phytoplankton communities.