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.
Every generation in diagnostic microbiology has tried to answer the same questions more quickly. Is an infection present? What is causing it? What should happen next? What has changed dramatically is how rapidly, and how broadly, laboratories can now search for answers to these questions.
Read storyRivers are dynamic ecosystems driven by microbial processes that regulate carbon and nutrient cycling, organic matter decomposition, and oxygen consumption. Despite their central role in river health, microbial processes remain mostly invisible in routine water quality monitoring programmes, which continue to focus primarily on physicochemical parameters.
Benzene contamination from decades of oil exploitation has turned the Niger Delta’s groundwater into a slow-acting poison for millions of people. Yet the solution may already be living in the contaminated sediment itself, if only the political will exists to deploy it.
There are places on our planet where the environmental conditions closely resemble those on Mars. These terrestrial analogues have become natural laboratories where scientists study the possibility of extraterrestrial life.
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In an era where evolutionary relationships can be resolved down to the single-nucleotide level, Shigella stands out as a relic of phenotype-based classification: a label built on lost traits rather than shared ancestry. Yet the genus persists, defended by appeals to clinical utility, says Georgina Donovan.
For decades, skin concerns associated with menopause, like dry skin, itching, and redness, have often been dismissed as superficial cosmetic concerns inherent to biological ageing. But these changes may reflect the underlying shifts in skin biology.
AMI’s Global Ambassador for the Americas, Dr. Filipa Godoy-Vitorino, Chair of the Department of Microbiology at the University of Puerto Rico, reveals why she is spearheading the planned Puerto Rico Center for Microbiome Sciences (PR-CMS)—the first of its kind in the region.
Reflections from the AMI Policy Team’s recent workshop at the 9th World One Health Congress.
AMI Food Security Advisory Group member Professor Marciane Magnani, a Full Professor of Food Science at the Federal University of Paraíba (UFPB), Brazil, reflects on her experiences of FOODMICRO 2026 in Slovenia.
The nominations for the Horizon Awards are in - and the judges are making their decisions. While we await the big announcement, we’ve been catching up with the superstars who won in 2025.
Gut bacteria living in industrialised societies appear to be evolving differently from those in non-industrialised populations. Researchers found that strains from industrialised hosts had recently acquired more genes, mostly through horizontal gene transfer, suggesting that modern lifestyles may be reshaping microbial evolution inside us.
A new early-warning method could help detect disease outbreaks even when case data are sparse, delayed or incomplete. By using topological data analysis to capture the underlying shape of epidemic time series, the system remained accurate even when up to half of the surveillance data were missing.
Combating Antibiotic-Resistant Bacteria Biopharmaceutical Accelerator (CARB-X) today announced that GSK’s global health vaccine program for a combined invasive nontyphoidal Salmonella and typhoid fever (iNTS‑TCV) has advanced into a Phase 2 clinical trial.
Onion yields and quality are increasingly threatened in China by severe soil salinization and by frequent outbreaks of basal rot. Effective, environmentally friendly measures that address both problems remain scarce. Researchers set out to build a microbial consortium that degrades salt and alkali, controls basal rot, and promotes onion growth.
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.
Nearly $1.25 million in new funding will support research into why some restored corals survive while others die. By combining coral genetics, microbiome analysis and field monitoring, researchers aim to identify which corals are most likely to withstand heat, bleaching and disease at different reef sites.