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image: Opinion: Reimagining the Paper

Opinion: Reimagining the Paper

By | May 2, 2016

Breaking down lengthy, narrative-driven biomedical articles into brief reports on singular observations or experiments could increase reproducibility and accessibility in the literature.


image: Cellular Pruning Follows Adult Neurogenesis

Cellular Pruning Follows Adult Neurogenesis

By | May 2, 2016

Newly formed neurons in the adult mouse brain oversprout and get cut back.


image: Animal Magnetism

Animal Magnetism

By | May 1, 2016

A photosensitive protein behind the retinas of cockroaches plays a role in light-dependent, directional magnetosensitivity.


image: Opinion: Share Data for All Diseases

Opinion: Share Data for All Diseases

By | April 28, 2016

Along with his recent $250 million donation to cancer research, Silicon Valley entrepreneur Sean Parker emphasized the importance of data sharing.

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image: Psychedelic Neuroimaging

Psychedelic Neuroimaging

By | April 13, 2016

“Ego dissolution,” and other things that happen to the human brain on LSD


image: Microglia Tamp Down Neurogenesis

Microglia Tamp Down Neurogenesis

By | April 7, 2016

The immune cells—known for clearing dead cells—also chew up live progenitors in neurogenic regions of mouse brains. 


image: Toward Predicting Personalized Neural Responses

Toward Predicting Personalized Neural Responses

By | April 7, 2016

Analyzing resting brain scans, researchers can anticipate the brain activities of a person performing a range of tasks. 


image: Visualizing Interpersonal Connection

Visualizing Interpersonal Connection

By | April 4, 2016

People are attracted to others whose emotions they feel they can easily understand, according to a neuroimaging study.


image: Simplified Magnetogenetics

Simplified Magnetogenetics

By | March 25, 2016

A new technique allows researchers to rapidly and reversibly activate neurons with a magnetically sensitive protein.

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image: Recovering Lost Memories

Recovering Lost Memories

By | March 21, 2016

Researchers use optogenetics to induce recall in an Alzheimer’s mouse model, suggesting the disease may not destroy memories permanently.


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