ScienceDaily: Top Science News
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- New African monkey species identified: Lesula found in one of Congo's last biologically unexplored forest blocks
- Himalayan glaciers retreating at accelerated rate in some regions: Consequences for water supply remain unclear
- Gut microbes help the body extract more calories from food
- Genetic test predicts risk for autism spectrum disorder
- Scientists discover how the brain ages
- Dark energy is real, say astronomers
- Are our bones well designed? Insects and crabs have a leg up on us
Posted: 12 Sep 2012 03:45 PM PDT
Researchers
have identified a new species of African monkey, locally known as the
lesula. This is only the second new species of African monkey discovered
in the last 28 years.
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Posted: 12 Sep 2012 09:58 AM PDT
Glaciers
in the eastern and central regions of the Himalayas appear to be
retreating at accelerating rates, similar to those in other areas of the
world.
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Posted: 12 Sep 2012 09:51 AM PDT
In
a study using zebrafish, researchers reveal how microbes in the
intestine aid the uptake of fats -- and suggest how diet may influence
our bodies’ microbial communities.
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Posted: 12 Sep 2012 06:38 AM PDT
A
team of Australian researchers has developed a genetic test that is
able to predict the risk of developing autism spectrum disorder (ASD).
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Posted: 12 Sep 2012 05:50 AM PDT
Researchers
have revealed the mechanism by which neurons, the nerve cells in the
brain and other parts of the body, age. The research opens up new
avenues of understanding for conditions where the aging of neurons are
known to be responsible, such as dementia and Parkinson's disease.
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Posted: 12 Sep 2012 05:47 AM PDT
Dark
energy, a mysterious substance thought to be speeding up the expansion
of the Universe is really there, according to a team of astronomers.
After a two-year study, scientists conclude that the likelihood of its
existence stands at 99.996 per cent.
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Posted: 12 Sep 2012 05:44 AM PDT
Researchers
in Ireland have recently shown that the legs of grasshoppers and crabs
have the ideal shape to resist bending and compression. If human leg
bones were built the same way, they could be twice as strong.
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