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The Scientist

» germ cells, genetics & genomics and evolution

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image: Bipedal Beginnings

Bipedal Beginnings

By | December 4, 2013

Re-examination of a thigh bone from one of the earliest putative hominins could impact scientists’ understanding of the origins of human bipedalism, a study suggests.

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image: An Open Invitation

An Open Invitation

By | December 1, 2013

On creating communal, equitable discourse to broaden participation in genetics research

3 Comments

image: Book Excerpt from <em>The Accidental Species</em>

Book Excerpt from The Accidental Species

By | December 1, 2013

In Chapter 7, “The Way We Walk,” author Henry Gee describes the first steps taken by the ancestors of Homo sapiens.

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image: Standing Up for Sex

Standing Up for Sex

By | December 1, 2013

Humans evolved the ability to walk on two legs because it allowed them to more accurately size up prospective mates. Or did they?

8 Comments

image: Microbial Terroir

Microbial Terroir

By | November 26, 2013

Researchers show that microbes on the surface and stems of wine grapes are nonrandomly associated with the plant’s variety and geographic region.

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image: FDA to 23andMe: Stop Marketing Kits

FDA to 23andMe: Stop Marketing Kits

By | November 26, 2013

The US Food and Drug Administration blocks the marketing of unapproved genetic tests.  

9 Comments

image: GM Salmon Goes Commercial

GM Salmon Goes Commercial

By | November 26, 2013

Environment Canada allows production of genetically modified salmon eggs at commercial levels.

1 Comment

image: Review: <em>The Origin of Species</em>

Review: The Origin of Species

By | November 22, 2013

The Howard Hughes Medical Institute this week released three short films to teach students about evolution and speciation.

4 Comments

image: Week in Review: November 18–22

Week in Review: November 18–22

By | November 22, 2013

Chilly mice develop more tumors; gut bacteria aid cancer treatment; two Y chromosome genes sufficient for assisted reproduction; HIV’s “invisibility cloak”

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image: It Takes Two

It Takes Two

By | November 21, 2013

Two genes from the Y chromosome are sufficient to generate male mice capable of fathering healthy offspring via an assisted reproductive technique.

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