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image: More STAP Trouble

More STAP Trouble

By | March 25, 2014

Researcher claims his failed attempt to reproduce stimulus-triggered acquisition of pluripotency was rejected for publication.

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image: First STAP Report Released

First STAP Report Released

By | March 17, 2014

Questions of whether the stimulus-triggered acquisition of pluripotency papers will be retracted linger as RIKEN makes public its initial investigation, finding no evidence of scientific misconduct.

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image: PLOS Clarifies Data Policy

PLOS Clarifies Data Policy

By | March 11, 2014

Following the publisher’s announcement of an updated policy for the sharing of data underlying its open-access publications, PLOS apologizes for the confusion.

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image: Call for STAP Retractions

Call for STAP Retractions

By | March 11, 2014

One of the scientists behind the stimulus-triggered acquisition of pluripotency studies, which independent groups have had trouble reproducing, has requested that the papers be pulled from the literature.

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image: Goat Pheromone Double Whammy

Goat Pheromone Double Whammy

By | March 3, 2014

A single molecule emitted by male goats may influence female goat physiology and behavior.

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image: A Twist of Fate

A Twist of Fate

By | March 1, 2014

Once believed to be irrevocably differentiated, mature cells are now proving to be flexible, able to switch identities with relatively simple manipulation.

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image: Exosome Tentacles

Exosome Tentacles

By | March 1, 2014

Unlike the usual smooth, spherical shape of exosomes, glioblastoma-derived exosomes appear to have long nanofilaments protruding from their surfaces.

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image: Tension Tracker

Tension Tracker

By | March 1, 2014

For the first time, researchers quantify the mechanical forces cells exert on one another.

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image: Week in Review: February 24–28

Week in Review: February 24–28

By | February 28, 2014

New PLOS data sharing rules; mouse cortical connectome published; reprogramming astrocytes into neurons and fibroblasts into hepatocytes

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image: Making New Spinal Neurons

Making New Spinal Neurons

By | February 25, 2014

With a single gene, scientists reprogram supporting cells in the spines of living mice into new neurons.

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