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image: Next Generation: Seeing Brain Tumors

Next Generation: Seeing Brain Tumors

By | February 27, 2014

A new camera system supports the visualization of gliomas stained with Tumor Paint, a chlorotoxin-based imaging agent that’s currently in clinical trials.

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image: New Cortical Connectome Online

New Cortical Connectome Online

By | February 27, 2014

Researchers offer a freely available map of the connections throughout the mouse cortex.  

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image: PLOS Pushes Data Sharing

PLOS Pushes Data Sharing

By | February 25, 2014

The open-access publisher has updated its policies, requiring authors to include information on how the public can obtain the raw data behind their research results.

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image: Making New Spinal Neurons

Making New Spinal Neurons

By | February 25, 2014

With a single gene, scientists reprogram supporting cells in the spines of living mice into new neurons.

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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: Opinion: Measuring Impact

Opinion: Measuring Impact

By | February 24, 2014

Scientists must find a way to estimate the seemingly immeasurable impact of their research efforts.

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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.

1 Comment

image: Imaging the Canine Brain

Imaging the Canine Brain

By | February 20, 2014

Researchers use comparative neuroimaging to study the dog’s auditory cortex.

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image: Lifelong Neuronal Rebirth

Lifelong Neuronal Rebirth

By | February 20, 2014

Neuronal regeneration in the human adult brain is more widespread than previously thought. 

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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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