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The genome of an infant who lived in Alaska thousands of years ago represents a previously unknown group of humans called Ancient Beringians, who share a common lineage with other Native Americans. 


image: Child Receives Transgenic Skin

Child Receives Transgenic Skin

By Ruth Williams | January 1, 2018

A combination gene-and-cell therapy has given a boy with a grievous skin disease a new lease on life, and resolved a dermatology debate to boot.


image: David Julius Probes the Molecular Mechanics of Pain

David Julius Probes the Molecular Mechanics of Pain

By Anna Azvolinsky | January 1, 2018

For nearly 30 years, the UC San Francisco researcher has delved into unexplored corners of the nervous system.


image: The Best Multimedia of 2017

The Best Multimedia of 2017

By Catherine Offord | December 27, 2017

Editors’ picks of the year’s best in The Scientist infographics.


image: Photos of the Year

Photos of the Year

By Katarina Zimmer | December 25, 2017

From a plastic-munching coral to see-through frogs, here are The Scientist’s favorite images from 2017.


image: CRISPR Helps Mice Hear

CRISPR Helps Mice Hear

By Abby Olena | December 20, 2017

Researchers reduce the severity of hereditary deafness in mice with the delivery of CRISPR-Cas9 protein-RNA complexes that inactivate a mutant gene in their inner ears. 


image: 2017’s Science News in Review

2017’s Science News in Review

By Kerry Grens | December 15, 2017

Hurricanes, protests, and lifesaving genetic engineering: our picks for the biggest stories of the year


image: CRISPR to Debut in Clinical Trials

CRISPR to Debut in Clinical Trials

By Diana Kwon | December 14, 2017

The first industry-sponsored CRISPR therapy is slated to be tested in humans in 2018.

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image: Putative Gay Genes Identified, Questioned

Putative Gay Genes Identified, Questioned

By Jef Akst | December 7, 2017

A genomic interrogation of homosexuality turns up speculative links between genetic elements and sexual orientation, but researchers say the study is too small to be significant. 


Single-cell genome analyses reveal the amount of mutations a human brain cell will collect from its fetal beginnings until death.


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