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image: “Breakthrough” Tough to Reproduce

“Breakthrough” Tough to Reproduce

By | April 3, 2014

An independent group could not replicate the results of a highly cited heart regeneration protocol, while others say they have succeeded.  

6 Comments

image: Skin-to-Liver Cell Shortcut

Skin-to-Liver Cell Shortcut

By | February 23, 2014

Researchers use an adapted reprogramming technique to generate hepatocytes for the repopulation of an injured mouse liver.

1 Comment

image: An Offensive Playbook

An Offensive Playbook

By | February 1, 2014

Developing nonaddictive drugs to combat pain

0 Comments

image: Enzyme Checks Neuronal Growth

Enzyme Checks Neuronal Growth

By | December 17, 2013

A microtubule-severing enzyme curbs the regeneration of damaged nerve cells.

1 Comment

image: Like New Again

Like New Again

By | November 11, 2013

Scientists show that reactivation of an RNA-binding protein in damaged adult tissues can lead to improved regeneration.

1 Comment

image: Science Cracks a Superhero’s Powers

Science Cracks a Superhero’s Powers

By | October 31, 2013

A spoof research paper elucidates the molecular keys to Wolverine’s regenerative abilities.

0 Comments

image: Stem Cells Open Up Options

Stem Cells Open Up Options

By | August 13, 2013

Pluripotent cells can help regenerate tissues and maintain long life—and they may also help animals jumpstart drastically new lifestyles.

17 Comments

image: Week in Review, July 22–26

Week in Review, July 22–26

By | July 26, 2013

Faux stem cells; X chromosome involved in sperm production; rewarding peer review; clues to flatworm regeneration; an ethereal glow signals death

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image: Secrets of Re-sprouting Heads

Secrets of Re-sprouting Heads

By | July 24, 2013

Researchers identify a signaling pathway that can control how well flatworms regenerate the front parts of their bodies.

2 Comments

image: Week in Review, June 10–14

Week in Review, June 10–14

By | June 14, 2013

Supreme Court says no patenting (natural) genes; brain-computer interfaces mimic motor learning in brain; regenerating finger tips; gene therapy goes deeper; NIH needs more diversity; cross-border collaboration

0 Comments

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