The 100K Genome Project, led by the University of California, Davis, the U.S. Food and Drug Administration's Center for Food Safety and Applied Nutrition, and Agilent Technologies, today announced that it has added 20 newly ...
Biotechnology
Jul 23, 2013
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Florida's iconic palm trees are under attack from a fatal disease that turns them to dried crisps in months, with no chance for recovery once they become ill.
Ecology
Aug 19, 2019
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26
(Phys.org)—A Kansas State University research team has resolved a 40-year-old debate on the role of iron acquisition in bacterial invasion of animal tissues.
Cell & Microbiology
Nov 30, 2012
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0
In a study published in Cell, scientists from the National University of Singapore (NUS) and Imperial College London have discovered a new way by which bacteria transmit their genes, enabling them to evolve much faster than ...
Cell & Microbiology
Aug 4, 2023
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85
Prairie dogs, once abundant in the Rocky Mountains and Great Plains, have been decimated in recent decades by plague - a virulent bacterial disease spread by fleas.
Ecology
Aug 3, 2010
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The bacterial pathogens that cause Lyme disease and syphilis are highly invasive. These pathogens, or spirochetes, can invade the central nervous system and, in the case of syphilis, enter the placenta, causing disease in ...
Cell & Microbiology
Nov 19, 2013
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2
Historically credited as being the first bacterium ever characterized as a plant pathogen, fire blight is a bacterial disease that leads to significant losses of pear and apple. The role of insects in the spread of this disease ...
Plants & Animals
Dec 2, 2020
0
70
Although bacteria have no sensory organs in the classical sense, they are still masters in perceiving their environment. A research group at the University of Basel's Biozentrum has now discovered that bacteria not only respond ...
Cell & Microbiology
Oct 26, 2017
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65
Scientists used human white blood cell membranes to carry two drugs, an antibiotic and an anti-inflammatory, directly to infected lungs in mice.
Bio & Medicine
Dec 3, 2020
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30
A new computational model developed by a team of Virginia Tech researchers and published in PLoS Computational Biology provides a framework to better understand responses of macrophage cells of the human immune system.
Biotechnology
Jun 25, 2012
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