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The Scientist

» drug development and neuroscience

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image: Riboswitch Flip Kills Bacteria

Riboswitch Flip Kills Bacteria

By | September 30, 2015

Scientists discover a novel antibacterial molecule that targets a vital RNA regulatory element.

4 Comments

image: Treating Toxoplasmosis

Treating Toxoplasmosis

By | September 25, 2015

While one company hikes the price of an old drug to treat the parasitic infection, academic researchers report that an approved blood pressure medication could be just what the doctor ordered.

3 Comments

image: Drug Pricing Incites Outrage

Drug Pricing Incites Outrage

By | September 22, 2015

Will public disgust over dramatic hikes in the cost of medications change industry practices?

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image: Alleged Scoop Sours Magnetoreceptor Collaboration

Alleged Scoop Sours Magnetoreceptor Collaboration

By | September 21, 2015

University administrators request a retraction upon learning that one researcher scooped another’s results despite having agreed not to.

1 Comment

image: Identity-Shifting Brain Cells

Identity-Shifting Brain Cells

By | September 10, 2015

Cortical interneurons in mice exhibit activity-dependent alterations to their characteristic firing patterns.

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image: Can Amyloid Spread Between Brains?

Can Amyloid Spread Between Brains?

By | September 9, 2015

A study of deceased patients who received injections of cadaver-derived growth hormone hints at the possible transmissibility of Alzheimer’s disease. 

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image: TS Picks: September 8, 2015

TS Picks: September 8, 2015

By | September 8, 2015

Pharma edition

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image: Hearing Channel Components Mapped

Hearing Channel Components Mapped

By | September 4, 2015

Localization of two proteins important for inner ear hair cell function suggests they are part of the elusive mechanotransduction channel. 

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image: Mapping Corti

Mapping Corti

By | September 3, 2015

The inner ear organ, from macro to micro

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image: Hormone Affects “Runner’s High”

Hormone Affects “Runner’s High”

By | September 2, 2015

Leptin, the satiety hormone produced by fat, affects neuronal signaling in the mouse brain; interference with this pathway can influence the rewarding effects of running in the animals.

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