Scientists set up a stakeout to track the movements of microbes around a new hospital.
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Doctors turn to good microbes to fight disease. Will the same strategy work with crops?
Searching for life beyond our teeming planet has led to some innovative collaborative approaches to generating knowledge right here at home.
Sequencing the whole genomes of bacterial pathogens as they spread among hospital patients and health care workers could transform the control of infectious disease.
In guinea pigs, the insertion of a single gene can transform ordinary heart cells into pacemaker cells that regulate cardiac rhythm.
Long-term exposure to antibiotics from agricultural run off may encourage the evolution of soil bacteria that break down and consume the antibacterial agents.
Archaea packages DNA around histones in a similar way to eukaryotes, suggesting that fitting a large genome into a small space was not the original role of chromatin.
The poxvirus stockpiles genes when it needs to adapt.
Human cytomegalovirus fixes its broken DNA by exclusively co-opting its host’s repair proteins.
In the largest microbial eukaryote genetic sequencing effort ever attempted, researchers are investigating the transcriptomes of 700 marine algae species.
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