An international research team from the University of Leicester, Lomonosov Moscow State University(MSU), and the Moscow Institute of Physics and Technology(MIPT) from Russia has developed a mathematical model for monitoring ...
Cell & Microbiology
Sep 12, 2018
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49
EPFL scientists have deciphered mechanisms that help the cholera bacterium to survive grazing predators in aquatic environments.
Cell & Microbiology
Aug 27, 2018
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72
The highly pathogenic Staphylococcus aureus bacteria is one of the five most common causes of hospital-acquired infections. In the US alone, approximately 500,000 patients at hospitals contract a staph infection. It is the ...
Biochemistry
Feb 24, 2017
2
40
Bacteria that cause tuberculosis, leprosy and other diseases, survive by switching between two different types of metabolism. EPFL scientists have now discovered that this switch is controlled by a mechanism that constantly ...
Cell & Microbiology
Aug 24, 2016
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13
(Phys.org) —LMU researchers have identified a yet unknown bacterial cell-cell communication system.
Biochemistry
Jul 15, 2013
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0
Why was there a sudden drop in the incidence of leprosy at the end of the Middle Ages? To answer this question, biologists and archeologists reconstructed the genomes of medieval strains of the pathogen responsible for the ...
Biotechnology
Jun 13, 2013
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0
(Phys.org) —In an age when microbial pathogens are growing increasingly resistant to the conventional antibiotics used to tamp down infection, a team of Wisconsin scientists has synthesized a potent new class of compounds ...
Biochemistry
May 23, 2013
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0
Scientists have confirmed that the pathogen that causes Lyme Disease—unlike any other known organism—can exist without iron, a metal that all other life needs to make proteins and enzymes. Instead of iron, the bacteria ...
Biochemistry
Mar 21, 2013
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16
(Phys.org) —A protein that acts as a chaperone and escorts pathogenic bacteria through the acid bath of the human stomach actually needs to lose its shape in order to work.
Cell & Microbiology
Mar 5, 2013
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0
Bacteria that cause the tick-borne disease anaplasmosis in humans create their own food supply by hijacking a process in host cells that normally should help kill the pathogenic bugs, scientists have found.
Cell & Microbiology
Nov 29, 2012
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