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image: Re-sensitizing Resistant Bacteria

Re-sensitizing Resistant Bacteria

By | May 2, 2013

Researchers use a protein-lipid complex found in human breast milk to increase the activity of otherwise-ineffective antibiotics against drug-resistant pathogens.

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image: Easy Jump for H5N1 from Bird to Mammal

Easy Jump for H5N1 from Bird to Mammal

By | May 2, 2013

Hybrid viruses derived from an H5N1 bird flu strain can infect guinea pigs through the air.

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image: Jamestown Settlers Practiced Cannibalism

Jamestown Settlers Practiced Cannibalism

By | May 2, 2013

Newly discovered remains provide the first hard evidence that the ill-fated colonists of the 17th century resorted to eating human flesh when their food supply ran out.

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image: Ancient Appearances

Ancient Appearances

By | May 1, 2013

A new DNA assay developed by forensic scientists helps archaeologists reconstruct eye and hair color from old teeth and bones.

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image: BRET Meets FRET

BRET Meets FRET

By | May 1, 2013

Scientists create biocompatible, self-luminescing nanoparticles for in vivo imaging.

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image: Sharing the Load

Sharing the Load

By | May 1, 2013

By varying the size of their steps, dynein motor proteins work effectively as teams to carry heavy loads around the cell.

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image: Virus Latency Causes Cattle Disease?

Virus Latency Causes Cattle Disease?

By | April 29, 2013

Researchers identify a herpesvirus gene persisting in the cells of calves suffering from malignant catarrhal disease.

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image: Tumors Fall to Radioactive Bacteria

Tumors Fall to Radioactive Bacteria

By | April 22, 2013

Researchers use bacteria to deliver radiation to shrink pancreatic tumors in mice.

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image: Sensing Calories Without Taste

Sensing Calories Without Taste

By | April 22, 2013

Rodents and fruit flies appear to be able to sense nutrients even when they can’t taste the food they’re eating. Now, researchers are trying to figure out how.

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image: “Breathprints” Could Diagnose Disease

“Breathprints” Could Diagnose Disease

By | April 5, 2013

Researchers can identify individuals by the unique chemical signatures in their breath, suggesting that exhalations could be used for metabolomic tests.

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