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image: Palade Particles, 1955

Palade Particles, 1955

By | February 1, 2014

Electron microscopy led to the first identification of what would later be known as ribosomes.

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image: Palade and His Particles

Palade and His Particles

By | February 1, 2014

Nobel Laureate Christian de Duve discusses the impact of George Palade’s work on ribosomes.

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image: Microbes Expel Swarms of Vesicles

Microbes Expel Swarms of Vesicles

By | January 10, 2014

Scientists present the first evidence that marine cyanobacteria release vesicles—billions and billions of vesicles.

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image: Week in Review: October 7–11

Week in Review: October 7–11

By | October 11, 2013

Nobels awarded for vesicle trafficking and computational chemistry; building 3-D microbial communities; mislabeled microbes cause retractions

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image: Vesicle Trafficking Trio Wins Nobel

Vesicle Trafficking Trio Wins Nobel

By | October 7, 2013

James Rothman, Randy Schekman, and Thomas Südhof share Nobel Prize in Medicine or Physiology.  

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image: SNAREs at the Synapse

SNAREs at the Synapse

By | July 1, 2012

Using tiny lipid discs, scientists resolve contradictory evidence about how many proteins are required for neurotransmitter release.

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image: Cancer Exosomes Promote Metastasis

Cancer Exosomes Promote Metastasis

By | May 29, 2012

Vesicles released by melanoma cells stimulate pro-metastasis behaviors in bone marrow cells.

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image: How Autophagy Works

How Autophagy Works

By | February 1, 2012

There are five steps of autophagosome biogenesis: induction, expansion, vesicle completion, fusion, and cargo degradation. 

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image: The Enigmatic Membrane

The Enigmatic Membrane

By | February 1, 2012

Despite years of research, the longstanding mystery of where the autophagosome gets its double lipid bilayers is not much clearer.

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image: Traffic Cops

Traffic Cops

By | October 1, 2011

Editor's Choice in Cell Biology

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