All Microbial Characterisation articles
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NewsViruses under stress: how viral shells change shape as they dry out
New research explores the structural dynamics and conformational changes of bacteriophage MS2 capsids under conditions of dehydration.
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NewsIntestinal cells found to starve Salmonella of essential nutrients, revealing new tactic in infection defense
A new discovery sheds light on how the human body controls Salmonella infections and opens pathways for potential treatments for Salmonella and other food-borne infections.
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NewsRings of power – how bacteria use circadian clocks to colonise their world
A new study reveals how bacteria rely on circadian clocks to control the spread of their multi-cellular colonies.
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NewsBiofilm “scaffolds” protect bacterium responsible for food poisoning from antibiotics
Bacillus cereus, which is responsible for human infections and food poisoning, builds organized communities that act as a ‘shield’ against antibiotics, a new study reveals.
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NewsA soil bacterium turns electricity and carbon dioxide into acetate
A new study shows that a soil bacterium can directly reduce Fe(III) minerals, exchange electrons with electrodes, and use electrode-derived electrons to convert carbon dioxide into acetate under autotrophic conditions.
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NewsPhylogenetic analysis reveals ten new species of Inocybe mushrooms
New taxonomic and phylogenetic investigation of Inocybe mushrooms reveals ten new species, one newly discovered in the Gaoligong Mountains, China.
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NewsHow cyanobacteria developed photosynthetic membranes over the course of evolution
New research analyses hundreds of cyanobacterial genomes to understand the origin of thylakoids, the internal membranes involved in photosynthesis.
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FeaturesUnder the microscope: extremophiles of the Earth
Extremophiles are microbial organisms that live in extreme environments normally considered uninhabitable. Over the past few decades, extremophiles have been discovered in increasingly bizarre and unexpected environments around the globe, including within acid lakes, plastic recycling centres and even in radioactive sites such as Chernobyl.
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NewsStudy reveals how bacteria assemble their envelope
Researchers have discovered a key process for how the outer membrane of gram-negative bacteria attaches to the cell wall, advancing the understanding of how these bacteria frequently manifest resistance to antibiotics.
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NewsMaternal weight may influence microbiota signalling in amniotic fluid
New research investigates how maternal factors during pregnancy affect small particles produced by the body’s microbiota, giving insights into a new way to monitor maternal and fetal health during pregnancy.
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NewsBacteria organise themselves into diverse, coordinated communities in order to travel across large distances
A new study examined the migration of microbial communities over long distances, and found bacteria migrate not as solitary swimmers, but in diverse, coordinated communities that also contain viruses and “hitchhiking” microbes that cannot swim on their own.
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CareersUnearthing the secrets of living rocks
Working on a NASA-CSA project was a dream come true - and 13 years on, I’ve travelled the world unravelling the secret of contemporary microbialites.
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NewsCarnivore gut microbes can predict health of wild ecosystems
Gut microbes of wild marten (Martes americana) that live in relatively pristine natural habitat is distinct from the gut microbiome of wild marten that live in areas that are more heavily impacted by human activity, researchers have found. The finding highlights an emerging tool that will allow researchers and ...
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FeaturesHow Biocleave is teaching Clostridium new tricks in protein recombination
Do not judge a bacterial species by its headlines: there is more to Clostridium than food poisoning and botulism
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NewsSearching for green chemistry in culture collections
As society seeks to cut pollution and tackle climate change by phasing out fossil fuels, the issue of sustainable chemical production becomes ever more important.
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FeaturesA passport to Pimlico for streptococci
Fred Griffith played a key role in the foundation of molecular genetics.
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