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image: Time, Flies

Time, Flies

By | November 1, 2016

By studying the sleep-wake cycle of fruit flies, Amita Sehgal is revealing how the body’s circadian and sleep rhythms are regulated.

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image: Two-Photon Microscopy’s Historic Influence on Neuroscience

Two-Photon Microscopy’s Historic Influence on Neuroscience

By | November 1, 2016

In the 1990s, the development of this gentler and more precise microscopy method improved scientists’ ability to probe neurons’ activity and anatomy.

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image: Week in Review: October 24–28

Week in Review: October 24–28

By | October 27, 2016

Patient Zero exonerated; Jack Woodall dies; Wolbachia-harboring mosquitoes deployed in fight against Zika; implanted neurons function in adult mouse brain 

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image: How Experience Shapes Adult Neurogenesis

How Experience Shapes Adult Neurogenesis

By | October 27, 2016

Interneurons and mature granule cells in the adult mouse brain are critical for newborn neurons’ responses to novel environments.

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In vivo imaging reveals how grafted embryonic brain cells grow, connect, and mature into contributing members of damaged visual pathways in adult mice.

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As people continue to tell tall tales, fMRI data show certain brain regions become less busy.

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image: Zika Update

Zika Update

By | October 24, 2016

Virus’s effect on RNA methylation; identifying brain cells targeted by Zika; virus found in vaginal secretions for two weeks after infection; updated CDC recommendations for Miami

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image: Bridging a Gap in the Brain

Bridging a Gap in the Brain

By | October 12, 2016

Neuroscientists identify how the left and right hemispheres of the mammalian brain connect during development.

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image: Donor Stem Cells Improve Cardiac Function

Donor Stem Cells Improve Cardiac Function

By | October 12, 2016

After a heart attack, monkeys given induced pluripotent stem cell–derived cardiomyocytes show more regeneration in the organ, but with risks.

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image: Nascent Neurons Journey Through Newborn Brain

Nascent Neurons Journey Through Newborn Brain

By | October 6, 2016

Young cells make their way to the frontal lobe to create new circuits in the brains of infants, researchers report. 

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