Scientists at the University of Salford are to artificially evolve a bacterium linked to the spread of deadly sleeping sickness, African Trypanosomiasis.
Cell & Microbiology
Jan 19, 2016
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18
One of the most important technological advances of our species happened for the first time only in the last 12,000 years: food production, including agriculture and animal husbandry. For nearly 7 million years prior, our ...
Plants & Animals
Mar 10, 2015
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9
Scottish scientific expertise has helped to develop a potentially transformative new method of tackling African sleeping sickness, a parasitic disease which poses a risk to over 70 million people in sub-Saharan Africa.
Biochemistry
Jan 15, 2015
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11
In the border region where Zimbabwe, Mozambique, and South Africa meet, indigenous hunters have for centuries made and used an impressive array of tools. There is the bow, made from giant raisin trees and called the "vurha" ...
Other
Oct 6, 2014
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Crafty parasites frequently undergo dramatic shape changes during their life cycles that enable them to adapt to different living conditions and thrive. But these transformations might not be as difficult as they appear, ...
Cell & Microbiology
Aug 4, 2014
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0
A BYU ecologist is playing a role in the effort to curb a deadly disease affecting developing nations across equatorial Africa.
Ecology
Jul 17, 2014
1
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Mining the genome of the disease-transmitting tsetse fly, researchers have revealed the genetic adaptions that allow it to have such unique biology and transmit disease to both humans and animals.
Biotechnology
Apr 24, 2014
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0
Why zebras have black and white stripes is a question that has intrigued scientists and spectators for centuries. A research team led by the University of California, Davis, has now examined this riddle systematically. Their ...
Plants & Animals
Apr 1, 2014
11
1
Caught in the act! Researchers from the University of Bristol have observed mating for the first time in the microbes responsible for African sleeping sickness. This tropical disease is caused by trypanosomes, single-celled ...
Cell & Microbiology
Jan 3, 2014
1
0
Call it the Goldilocks Principle—animals can survive and reproduce only if the temperature is just right. Too hot and they will overheat. Too cold and they will freeze.
Biochemistry
Aug 7, 2013
1
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