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image: Electron Micrographs Get a Dash of Color

Electron Micrographs Get a Dash of Color

By | November 3, 2016

A new technique creates colorful stains that label proteins and cellular structures at higher resolution than ever before possible. 

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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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image: New and Old Techniques in Modern Neuroscience

New and Old Techniques in Modern Neuroscience

By | October 1, 2016

Imaging and manipulating the brain has come a long way from electrodes and the patch clamp, though such traditional tools remain essential.

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image: Thirty Years of Progress

Thirty Years of Progress

By | October 1, 2016

Since The Scientist published its first issue in October 1986, life-science research has transformed from a manual and often tedious task to a high-tech, largely automated process of unprecedented efficiency.

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image: Gene Expression Imaged in the Living Human Brain

Gene Expression Imaged in the Living Human Brain

By | August 11, 2016

For the first time, researchers visualize histone deacetylase in the brains of healthy volunteers.

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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

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image: Demystifying BOLD fMRI Data

Demystifying BOLD fMRI Data

By | February 17, 2016

What does blood oxygen level–dependent functional magnetic resonance imaging actually tell us about brain activity? 

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image: Imaging Entire Organisms

Imaging Entire Organisms

By | October 26, 2015

A new microscope allows researchers to watch biological processes at the cellular level in 3-D in living animals. 

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image: Fruit-Fly Neurons in Action

Fruit-Fly Neurons in Action

By | August 12, 2015

Researchers visualize the complete nervous system of a Drosophila melanogaster larva at nearly single-neuron resolution.

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image: Brain Cells Behind Overeating

Brain Cells Behind Overeating

By | January 29, 2015

Scientists have defined mouse neurons responsible for excessive food consumption at an unprecedented level of detail. 

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