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image: Loss of Potential

Loss of Potential

By | June 1, 2013

In the fruit fly, the ability of neural stem cells to make the full repertoire of neurons is regulated by the movement of key genes to the nuclear periphery.

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image: Resolving Separation Anxiety

Resolving Separation Anxiety

By | June 1, 2013

Continuing innovations in liquid chromatography column technology are improving the speed and separation efficiency of HPLC.

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image: Salamander Evolution

Salamander Evolution

By | June 1, 2013

Yale University evolutionary biologist Steven Brady studies the evolutionary impacts of roads on the amphibians.

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image: Gene Transfer Beats Some Flu Strains

Gene Transfer Beats Some Flu Strains

By | May 31, 2013

Mice and ferrets are protected from several deadly viruses when genes encoding “broadly neutralizing antibodies” are delivered into their nasal passages.

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image: How Do Cicadas Know When to Emerge?

How Do Cicadas Know When to Emerge?

By | May 29, 2013

Despite cicadas’ high profile, scientists still don’t fully understand when and why they decide it is time to mate.

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image: BPA Dangers in Pregnancy?

BPA Dangers in Pregnancy?

By | May 28, 2013

Pregnant mice exposed to the chemical used in many plastics have offspring with behavioral abnormalities.

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image: Stroke Patients Improve with Stem Cells

Stroke Patients Improve with Stem Cells

By | May 28, 2013

Long-term stroke patients involved in a small-scale clinical trial of a neural stem-cell therapy show signs of recovery.

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image: Distinct Neural Pathway for Itchiness

Distinct Neural Pathway for Itchiness

By | May 24, 2013

Scientists find the molecule that delivers itchiness signals to the brain via a dedicated, and previously unknown, neural pathway.  

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image: Watching the Brain Remember

Watching the Brain Remember

By | May 16, 2013

For the first time, researchers visualize zebrafish memory retrieval in real time.

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image: Dogs and Human Evolving Together

Dogs and Human Evolving Together

By | May 16, 2013

A sequencing study suggests that some genes have evolved in parallel in humans and their canine companions, likely as a result of shared selection pressures.

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