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Jumping genes accelerate bacterial evolution in the laboratoryA team at the University of Tokyo has developed a system to control and accelerate the evolution of changes in bacterial genome structure, targeting small "jumping genes," or DNA sequences known ...
Scientists like Richard Lenski and Paul Turner are tracking the evolution of bacteria and viruses over a matter of weeks, or even days. This week in my “Matter” column for the New York Times ...
Microbes may have played a role in making us, us. A new study shows similar patterns in the evolution of gut bacteria and the primates they live in, suggesting that germs and apes could have ...
Researchers have shown that genes can sweep through populations, indicating that the process of evolution in bacteria is very similar to that of sexual eukaryotes. Bacteria are the most populous ...
The technique could be used to identify when significant changes occurred in the evolution of bacteria, and to reveal details about the primitive environments that drove such changes in the first ...
The evolution of hyperswarming, pathogenic bacteria might sound like the plot of a horror film, but such bugs really have repeatedly evolved in a lab, and the good news is that they should be less ...
Thirty years ago the world's longest running evolution experiment began when scientist Richard Lenski seeded 12 identical flasks with E. coli bacteria. Every subsequent day someone in the lab has ...
The type of genetic exchange and mode of evolution outlined above is common for bacteria in terrestrial habitats like soil and in the oceans. But in the deep sea, bacteria can also be found at ...
Investigations involving longer evolutionary experiments and different opportunistic bacteria are likely to further expand our view of the forces driving the evolution and virulence of ...
Viruses that infect bacteria may drive the evolution of drug-resistant superbugs by inserting their genes into the bacterial DNA, a new study suggests. The bacteria-attacking viruses, called ...
The genome structure—how genes are organized within DNA sequences in an organism—is fundamental to the processes and functions of organisms. A team at the University of Tokyo has developed a ...
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