Researchers at the University of Leeds have identified a crucial stage in the lifecycle of simple viruses like polio and the common cold that could open a new front in the war on viral disease.
The team are the first to observe at a single-molecule level how the genetic material (genome) that... Read More
OHSU researchers, in partnership with scientists from several other institutions, have published two new research papers that signal how the next class of powerful medications may currently reside at the bottom of the ocean. In both cases, the researchers were focused on ocean-based mollusks -- ... Read More
Scientists have discovered bacteria that eats toxic material and, well, poops pure gold. This microbial magician, named Cupriavidus metallidurans, when placed in a minilab full of gold chloride, a nasty toxin, gobbled up the poison and, in about a week, processed it out as 24-karat nuggets of th... Read More
Here's my summary of the fourth and final day of ASM2013, with a special surprise guest appearance at the end!
Vincent Racaniello speaks with Professor Harald zur Hausen, recipient of the 2013 Society for General Microbiology Prize Medal for "work that has had a far-reaching impact beyond microbio... Read More
Researchers Jose Cordova of Yale University and Erich Astudillo of Chile’s Universidad de Santiago discovered a molecule they call Keep 32 that kills the bacteria responsible for all the trauma you suffered as a child, lying down blinded by the light as a masked man poked bits of metal in your m... Read More
European researchers at Linköping University in Sweden are showing how bacteria control processes in human cells through a process called quorum sensing. This phenomenon is where bacteria talk to each other via molecules they themselves produce and is an important process during their proliferat... Read More
How can something too small to be seen with the naked eye be powerful enough to bring down something like the U.S. Government? It turns out that microbes, mostly invisible, have the extraordinary capacity to affect our lives – through outbreaks of disease and the spread of fear. Twice in hist... Read More
Viruses are biological pirates, invading cells and hijacking their machinery to reproduce and infect again. Research at Harvard Medical School is shedding new light on the battle line where viral and cell membranes meet, and the key role of a protein grappling hook with which the influenza virus... Read More
This episode: Soil microbe has a good enzyme for degrading cyanide pollution!
Vincent and Ian... Read More
This episode: Green algae's hydrogen production is analyzed and improved!
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This episode: Green algae could help create new cheaper, more stable vaccines for developing countries!
Previous research has shown that the overuse of antibiotics has a hand in promoting an antibiotic-resistant strain of bacteria and now a new study published in the journal mBio has found that an antibiotic common to soaps and hand sanitizers actually promotes the growth of Staphylococcus aureus ... Read More
This episode: Phages hang out in mucus to ambush bacteria!
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(another excerpt from Wired's Superbug blog)
News from the ICAAC meeting: The “Indian superbug” NDM-1 — actually a gene which encodes an enzyme which confers resistance to almost all known antibiotics — has been found for the first time in a pet, somewhere in the United States.
When you co... Read More
Although as recently as 1980 measles was estimated to cause 2.6 million deaths globally, due to highly effective and safe vaccines, measles elimination has been achieved in a number of countries globally as well as in the region of the Americas. Expansion of measles control strategies and activi... Read More