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The Scientist

» diabetes and developmental biology

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image: $230M for Big Disease

$230M for Big Disease

By | February 5, 2014

The National Institutes of Health is partnering with 10 drug companies to find new treatments for Alzheimer’s disease, diabetes, rheumatoid arthritis, and lupus.

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image: Meiosis Maven

Meiosis Maven

By | February 1, 2014

Fueled by her love of visual data and addicted to chromosomes, Abby Dernburg continues to study how homologous chromosomes find each other during gamete formation.

1 Comment

image: Unmasking Secret Identities

Unmasking Secret Identities

By | February 1, 2014

A tour of techniques for measuring DNA hydroxymethylation

2 Comments

image: Fish of Many Colors

Fish of Many Colors

By | January 23, 2014

Researchers seek insight into the pigmentation patterns of guppies and zebrafish.

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image: Week in Review: January 6–10

Week in Review: January 6–10

By | January 10, 2014

Bacterial genes aid tubeworm settling; pigmentation of ancient reptiles; nascent neurons and vertebrate development; exploring simple synapses; slug-inspired surgical glue

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image: Bile Compound Prevents Diabetes in Mice

Bile Compound Prevents Diabetes in Mice

By | November 14, 2013

A chemical prevalent in the bear gallbladder abates a cellular stress response and stalls the progression of type 1 diabetes in rodents.

10 Comments

image: Thomas Gregor: Biological Quantifier

Thomas Gregor: Biological Quantifier

By | November 1, 2013

Assistant Professor, Physics, Princeton University. Age: 39

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image: About Face

About Face

By | October 25, 2013

Researchers show that genetic enhancer elements likely contribute to face shape in mice.

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image: Framingham Heart Study Gutted

Framingham Heart Study Gutted

By | August 26, 2013

The iconic Framingham Heart Study, the longest-running cardiovascular study in the country, has been hit with a $4 million budget cut.

2 Comments

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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