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A 3-D carbon nanotube mesh enables rat spinal tissue sections to reconnect in culture.

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Mismatched ancestral origins of mitochondrial and nuclear DNA boost mouse health.

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image: Hot Off the Presses

Hot Off the Presses

By | July 1, 2016

The Scientist reviews Serendipity, Complexity, The Human Superorgasism, and Love and Ruin

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image: How High Fat and Insulin Levels May Lead to Diabetes

How High Fat and Insulin Levels May Lead to Diabetes

By | July 1, 2016

Lipids and insulin play important roles in blood sugar regulation, and altered levels of either could kick start metabolic dysfunction.

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image: Peter Tyack: Marine Mammal Communications

Peter Tyack: Marine Mammal Communications

By | July 1, 2016

The University of St. Andrews behavioral ecologist studies the social structures and behaviors of whales and dolphins, recording and analyzing their acoustic communications.

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image: Submerged Pigs Inform Forensics

Submerged Pigs Inform Forensics

By | July 1, 2016

Watching the decomposition of pig carcasses anchored to the seafloor is helping forensic researchers understand what to expect of human remains dumped in the ocean.

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image: Well-Brined Pork

Well-Brined Pork

By | July 1, 2016

Watch what happens when marine organisms have their way with a sunken pig carcass.

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image: Immune Cell–Stem Cell Cooperation

Immune Cell–Stem Cell Cooperation

By , , and | July 1, 2016

Understanding interactions between the immune system and stem cells could pave the way for successful stem cell–based regenerative therapies.

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image: What Causes Type 2 Diabetes?

What Causes Type 2 Diabetes?

By | July 1, 2016

Insulin resistance and high levels of insulin and lipids all precede the development of metabolic dysfunction. Which metabolic factor is to blame?

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image: Immune Cells' Roles in Tissue Maintenance and Repair

Immune Cells' Roles in Tissue Maintenance and Repair

By , , and | July 1, 2016

The cells of the mammalian immune system do more than just fight off pathogens; they are also important players in stem cell function and are thus crucial for maintaining homeostasis and recovering from injury.

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