University College London

Fruit fly antennae are tuned in

(PhysOrg.com) -- The antennal ears of different fruit fly species are actively tuned to high-frequency components of their respective mating songs, according to new research led by University College London ...

Apr 01, 2011
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Simple marine worms distantly related to humans

Two groups of lowly marine worms are related to complex species including vertebrates (such as humans) and starfish, according to new research. Previously thought to be an evolutionary link between simple animals such as ...

Feb 09, 2011
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Rising indoor winter temperatures linked to obesity?

Increases in winter indoor temperatures in the United Kingdom, United States and other developed countries may be contributing to rises in obesity in those populations, according to UCL research published today.

Jan 25, 2011
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Brain's clock influenced by senses

Humans use their senses to help keep track of short intervals of time according to new research, which suggests that our perception of time is not maintained by an internal body clock alone.

Jan 20, 2011
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Fighter pilots' brains are 'more sensitive'

(PhysOrg.com) -- Cognitive tests and MRI scans have shown significant differences in the brains of fighter pilots when compared to a control group, according to a new study led by scientists from UCL.

Dec 14, 2010
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Energy revolution key to complex life

The evolution of complex life is strictly dependent on mitochondria, the tiny power stations found in all complex cells, according to a new study by Dr Nick Lane, from UCL (University College London), and ...

Oct 20, 2010
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City living helped humans evolve immunity to TB

New research has found that a genetic variant which reduces the chance of contracting diseases such as tuberculosis and leprosy is more prevalent in populations with long histories of urban living.

Sep 23, 2010
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Big brains attributed to mother's care

The evolution of big-brained mammals may be due to maternal investment, rather than metabolism, according to a new study by scientists at UCL (University College London) and the University of Cambridge.

Sep 07, 2010
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Single neurons can detect sequences

Single neurons in the brain are surprisingly good at distinguishing different sequences of incoming information according to new research by UCL neuroscientists.

Aug 12, 2010
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