The Scientist

» epigenetics and developmental biology

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image: Bacterial Quid Pro Quo

Bacterial Quid Pro Quo

By | August 19, 2013

Pseudomonas aeruginosa gather swarming speed at the expense of their ability to form biofilms in an experimental evolution setup.

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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.

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image: Brain Methylation Map Published

Brain Methylation Map Published

By | July 4, 2013

The epigenetic modification of brain cells undergoes great shifts over the course of mouse and human development.

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image: Week in Review, June 17–21

Week in Review, June 17–21

By | June 21, 2013

On the gene patent decision; a high-res human brain model; bats’ influence on moths mating calls; toxicants threaten brain health; platelet-driven immunity

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image: Nailing Regeneration

Nailing Regeneration

By | June 12, 2013

Researchers identify the signaling program that enables finger and toenail stem cells to direct digit regeneration after amputation.

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image: Why Many Birds Don’t Have Penises

Why Many Birds Don’t Have Penises

By | June 7, 2013

In avian species, a gene induces programmed cell death during development in the area where a phallus would otherwise grow.

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image: Epigenetics Play Cupid for Prairie Voles

Epigenetics Play Cupid for Prairie Voles

By | June 2, 2013

Females of the pair-bonded rodent species become attached to their lifelong mates following histone modifications near oxytocin and vasopressin receptor genes.

2 Comments

image: Decoding DNA: New Twists and Turns

Decoding DNA: New Twists and Turns

By | June 1, 2013

Highlights from a series of three webinars on the future of genome research, held by The Scientist to celebrate 60 years of the DNA double helix

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image: Loss of Potential

Loss of Potential

By | June 1, 2013

In the fruit fly, the ability of neural stem cells to make the full repertoire of neurons is regulated by the movement of key genes to the nuclear periphery.

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image: Decoding Bacterial Methylomes

Decoding Bacterial Methylomes

By | May 15, 2013

A new technique could soon spur unprecedented insight into the role of bacterial epigenetics in the evolution of pathogen virulence.

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