A fascinating free webinar will reveal how microbiomes are not based only on biology - but how we live. ‘Microbiomes, Inequity, and Structural Conditions: Rethinking What Shapes Health’ underlines that microbiomes don’t exist in isolation — they reflect the systems we live in.
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.
The Microbiologist provides detailed information on the latest research, topics, reviews, events and news on a wide variety of microbiological topics.
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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.
Animals live in close partnership with communities of microbes that support digestion, immune development, and defence against pathogens, but human activities are changing those partnerships, says Katherine M. Lagerstrom.
When microbiologists study traditional fermented foods, are we simply documenting natural biodiversity, or are we also accessing a form of cultural heritage, asks Tara Spencer-Drakes, PhD.
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.
The Microbiologist gets to know our Global Ambassador for the UK, Professor Sanjib Bhakta who is Professor of Molecular Microbiology and Biochemistry at Birkbeck, University of London.
A fascinating free webinar will reveal how microbiomes are not based only on biology - but how we live. ‘Microbiomes, Inequity, and Structural Conditions: Rethinking What Shapes Health’ underlines that microbiomes don’t exist in isolation — they reflect the systems we live in.
The damage caused by Xylella fastidiosa in almond orchards may depend on far more than the bacterium itself. New research shows that drought, surrounding vegetation and pathogen-hosting shrubs can all intensify disease severity, suggesting that managing the wider landscape could be key to protecting vulnerable crops.
Gut bacteria may be quietly listening in on one another’s metabolism. Researchers have discovered that E. coli can detect chemical signals released by Bifidobacterium, allowing it to sense what nearby bacteria are doing and adjust its own metabolism in response.
Researchers discovered that combining manure with straw or biochar significantly increased soil organic carbon, but through two distinct pathways. Straw primarily stimulated microbial activity and carbon transformation, while biochar improved soil structure and the physical protection of carbon.
A portable DNA sequencer can detect harmful algae in coastal waters in near real time, including species present at very low levels before blooms become obvious. Researchers also found that several harmful species often appear together, suggesting shared environmental triggers may help drive their growth.
For the first time, scientists have observed bleached corals on the brink of death fully recover through brief contact with healthy clones. Ghostly white corals returned to full health in a laboratory setting within seven weeks, the fastest documented recovery to date, according to a study.