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image: H.M.’s Brain

H.M.’s Brain

By | May 9, 2014

Scenes from the labs that study the unique organ

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image: Renard's Menagerie

Renard's Menagerie

By | January 1, 2014

Some of the fantastical marine life depicted in a rare, 18th-century book

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image: Hunker Bunker

Hunker Bunker

By | August 1, 2013

Inside the Cold War bunker where wildlife biologists tried to create a safe haven for bats at risk of contracting a deadly fungal disease

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image: BPTW: By The Numbers

BPTW: By The Numbers

By | June 1, 2013

Take a closer look at some of the statistics generated by The Scientist's Best Place to Work Industry 2013 survey.

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image: Best Places to Work Postdocs 2013: The Charts

Best Places to Work Postdocs 2013: The Charts

By | April 3, 2013

See the data from our 2013 survey of postdocs.

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image: Bottom Dwellers

Bottom Dwellers

By | September 1, 2012

See some of the images brought up from early trips to the Galápagos Rift, where an ecosystem thrives around hydrothermal vents.

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image: Best in Academia, 2012

Best in Academia, 2012

By | August 1, 2012

Topping this year’s survey of academic researchers is the J. David Gladstone Institutes, a San Francisco-based nonprofit biomedical research organization with a focus on cardiovascular disease, virology and immunology, and neurodegenerative disorders

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image: Discovering Phasmids

Discovering Phasmids

By | June 9, 2012

Shortly after a rat infested supply ship ran around in Lord Howe Island off the east coast of Australia in 1918, the newly introduced mammals wiped out the island's phasmids—stick insects the size of a human hand. 

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image: Best in Industry, 2012

Best in Industry, 2012

By | June 1, 2012

Whether working for a pharmaceutical giant or a biotech start-up with a unique vision, researchers who responded to this year’s Best Places to Work in Industry survey are translating society’s most pressing scientific needs into a new generation of drugs, research tools, and cutting-edge innovations.

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image: Surgical Art

Surgical Art

By | June 1, 2012

In 1929 and 1930, Johns Hopkins Medical School surgeon Warfield Firor carried out a series of experiments to determine how long blood could flow between animals with joined circulatory systems. Without using any anti-coagulants, Firor attempted to es

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