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image: Next Generation: Super-Fast Tracking of Single Molecules

Next Generation: Super-Fast Tracking of Single Molecules

By | November 23, 2016

A clever twist on a super-resolution microscopy technique improves the temporal resolution of single-molecule tracking. 

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image: Opinion: The Impact Factor, Re-envisioned

Opinion: The Impact Factor, Re-envisioned

By , , and | November 18, 2016

A combination of the traditional metric and the newer h5 index potentiates the scientific community toward more-balanced evaluation. 

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image: Scientists Fingerprint the Brain

Scientists Fingerprint the Brain

By | November 17, 2016

The brain’s structural connections are unique to an individual, a new imaging technique reveals.

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image: Influential Organic Chemist Dies

Influential Organic Chemist Dies

By | November 7, 2016

John Roberts, the MIT and Caltech researcher who pioneered nuclear magnetic resonance spectroscopy as a tool to elucidate molecular structure, has passed away.

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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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image: 2016 Life Sciences Salary Survey

2016 Life Sciences Salary Survey

By | November 1, 2016

Most researchers feel stimulated by their work but are dissatisfied with their compensation, according to this year’s results.

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Results from experiments in mice revise a long-held hypothesis that certain protein scaffolds are needed for synaptic activity.

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image: Social Media Accelerates Science

Social Media Accelerates Science

By | November 1, 2016

How researchers are taking advantage of Twitter and other forums to do, share, and discuss research

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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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The ribosome-associated organelle consists of tightly packed tubes, not flat sheets as previously believed, according to new super-resolution microscopy images.

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