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» epigenetics, genetics and cancer

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image: <em>The Scientist</em> on The Pulse, July 18

The Scientist on The Pulse, July 18

By | July 18, 2014

Flying dinos, genetic pacemakers, and dangerous microbes on the loose

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image: Rusty Waves of Grain

Rusty Waves of Grain

By | June 1, 2014

See how a ruinous fungus that attacks wheat wreaks its damage.

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image: Targeting Tumors with Viruses

Targeting Tumors with Viruses

By | June 1, 2014

Stephanie Swift discusses the strategy of fighting cancer with viruses.

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image: Cancer Whisperer

Cancer Whisperer

By | July 1, 2013

Profile subject Cédric Blanpain describes his work rooting out the role of stem cells in tumors.

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image: The Plastid Gene Shuffle

The Plastid Gene Shuffle

By | January 1, 2013

How plastid genetic information survived (or didn’t) the endosymbiotic experience

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image: The Epigenetic Lnc

The Epigenetic Lnc

By | October 1, 2012

Long non-protein-coding RNA (lncRNA) sequences are often transcribed from the opposite, or antisense, strand of a protein coding gene. In the past few years, research has shown that these lncRNAs play a number of regulatory roles in the cell. For exa

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image: 2012 Labbies Honorable Mentions

2012 Labbies Honorable Mentions

By | October 1, 2012

Check out other memorable images and videos that were submitted to this year’s Labby Multimedia Awards.

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image: Telomere Basics

Telomere Basics

By | May 1, 2012

Telomeres are repetitive, noncoding sequences that cap the ends of linear chromosomes. They consist of hexameric nucleotide sequences (TTAGGG in humans) repeated hundreds to thousands of times. 

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image: Designing Transition-State Inhibitors

Designing Transition-State Inhibitors

By | May 1, 2012

A transition-state mimic has the power to bind an enzyme at its tipping point as strongly as any available inhibitor and more strongly than most, preventing enzymatic activity. 

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image: Suspected Effects of Vitamin D

Suspected Effects of Vitamin D

By | March 1, 2012

Vitamin D has a variety of actions in the body. It binds to the vitamin D receptor (VDR), which then binds to the retinoid X receptor (RXR) and activates the expression of numerous genes. 

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