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image: Speeding Up Antiviral T Cell Production

Speeding Up Antiviral T Cell Production

By | June 25, 2014

Scientists come up with a simpler, more efficient strategy for making multivirus-targeting T cells for immunotherapy.

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image: Evolving Antibiotic Tolerance

Evolving Antibiotic Tolerance

By | June 25, 2014

E. coli repeatedly exposed to ampicillin adapt to stay dormant for longer periods of time—just long enough to outlast the antibiotic treatment.

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Scientists generate tumor-targeting molecules that can be used for imaging and treatment.

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image: Combating Coronaviruses

Combating Coronaviruses

By | May 29, 2014

Scientists discover a molecule that defeats MERS and other coronaviruses in human cells.

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image: Amoeba Eats Cells Alive

Amoeba Eats Cells Alive

By | April 9, 2014

The intestinal parasite Entamoeba histolytica kills host cells by tearing pieces from them, which it then eats.

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image: Next Generation: Sensor-Laden Sheath to Monitor the Heart

Next Generation: Sensor-Laden Sheath to Monitor the Heart

By | February 25, 2014

A flexible, sensor-loaded membrane that fits snugly around the heart provides high-resolution monitoring of multiple cardiac health markers.

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image: Skin-to-Liver Cell Shortcut

Skin-to-Liver Cell Shortcut

By | February 23, 2014

Researchers use an adapted reprogramming technique to generate hepatocytes for the repopulation of an injured mouse liver.

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image: How a Microbe Resists Its Own Antibiotics

How a Microbe Resists Its Own Antibiotics

By | February 20, 2014

Researchers reveal the molecular mechanisms of Streptomyces platensis’s defense from its own antibiotics, which inhibit fatty acid synthesis in other microbes.

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image: Next Generation: Capturing the Body’s Energy

Next Generation: Capturing the Body’s Energy

By | January 20, 2014

Researchers build a device that harvests and stores energy from the mechanical movements of a beating heart.

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image: Human-Pathogen Coevolution

Human-Pathogen Coevolution

By | January 13, 2014

Helicobacter pylori strains that share ancestry with their human hosts are less likely to cause severe disease.

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