In a new study, published this week by the journal Royal Society Open Science, a British scientist reports the riddle of the "missing" plastic as solved: It sits in deep waters, broken down into tiny fibers and embedded in the sediment of the most remote places on Earth.
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Treating patients with the deadly Ebola virus takes doctors, drugs, and a whole lot of chlorine.
The Ebola treatment units being deployed across Sierra Leone are built by teams of logisticians—“logs” in disaster aid parlance—who can drop into a bare field and construct a mini city in a matter... Read More
Remember that worrisome new form of botulinum toxin we told you about in late 2013, the one that supposedly had to be kept secret out of fear it could be used as a bioweapon that would evade all of our medical defenses?
Well, as it turns out, it's not that scary after all. The antitoxin store... Read More
Some researchers who study the virus that causes Middle East respiratory syndrome got an early Christmas present: permission to resume experiments that the federal government abruptly halted in October.
The scientists were trying to modify the MERS virus so that it's better able to sicken mic... Read More
Just as humans utilize roads and freeways to move cars and resources around our cities, fungus use fluid networks to move nutrients and nuclei through their cells. Dr. Marcus Roper of UCLA explains how these networks function with remarkable efficiency and prevent microscopic traffic jams.
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Its name means "bending over in pain." It has no treatment or vaccine. Its symptoms resemble Dengue fever. And it has infected more than 1 million people -- 155 of them fatally -- since spreading to the Americas one year ago.
The mosquito-borne Chikungunya virus has long been diagnosed in tra... Read More
For four years, researchers at Universite catholique de Louvain have been trying to find out how bacteria can withstand antibiotics, so as to be able to attack them more effectively. These researchers now understand how one defense mechanism works and the results of their research have been publ... Read More
When you’re the size of a human, you worry about lions and tigers and bears. But if you’re a bacterium, a tiny nematode worm, just a millimetre long, can be a vicious predator. Nematodes are among the most common animals on the planet, and many of them hunt bacteria in soil and water. The microb... Read More
Saint Louis University research findings published in the December issue of Antimicrobial Agents and Chemotherapy report a family of molecules known as nucleotidyltransferase superfamily (NTS) enzyme inhibitors are promising candidates for new herpes virus treatments.
The findings could lead ... Read More
Most vaccines work by inducing an immune response characterized by neutralizing antibodies against the respective pathogen. An effective HIV vaccine has remained elusive so far, but researchers have continued to make progress, often employing innovative methods. A new study reports that a combin... Read More
This is the of the Department of Microbiology and Molecular Genetics at UT Health Science Center Houston. It features commonly found in research laboratories supplies and equipment. Read More
Parkinson’s disease sufferers have a different microbiota in their intestines than their healthy counterparts, according to a study. Researchers are now trying to determine what the connection between intestinal microbes and Parkinson’s disease is.
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While human families are easily illustrated as a tree, bacterial families look more like a heap of branches. Scientists are trying to trace the connections between those branches in an effort to learn more about the bacteria that harm us, and those that do not.
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Novel test could slash wait time and curb inappropriate prescriptions.
Antibiotic resistance, which transforms ordinary microbes into menaces that cannot be easily controlled, is exacting a growing toll on the human population. More than two million people in the U.S. develop drug-resistant i... Read More
Why should we consider this year's Nobel Prize in chemistry, and why in our 'Pictures Considered' section in the first place? A hint comes from one of the many press releases: "... for improving the resolution of optical microscopes." Aha! Microscopes are at the heart of microbiology since Rober... Read More
If you want to visit the moons of Jupiter or Saturn someday, you might end up wearing a 3-D-printed spacesuit filled with bacteria. An ordinary spacesuit wouldn't be enough to survive the crushing gravity, toxic air, and wild temperature extremes of interplanetary travel. But living, growing wea... Read More
Developing new drugs means researchers must observe how cells react to those drugs over extended periods of time. NSF-funded small business Phi Optics has developed an optical microscope that lets scientists do just that -- study living cells in their natural environments.
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Most of the strains used belong to the Bacillus genus and the rest are just random colorful petri dish contaminants. :-)
Author: Rositsa Tashkova, Université de Nantes, France Read More
NASA's Curiosity rover team reported on Tuesday surprising spikes in methane gas, raising the possibility of microbial alien life on the red planet. On Earth, most methane, better known as natural gas, is released by microbes that belch out the gas as they digest food. The rover mission scientis... Read More
A major new class of antibodies that can make the four different types of dengue virus (DENV) non-infectious has been discovered by a group of international researchers, including from the University of Melbourne.
The discovery could lead to the development of better vaccines and laboratory t... Read More