Scientists are building the first eukaryote genome from scratch. The post
A New Lab-Built Fungus Eats Sugar and Burps Out Drugs appeared first on
WIRED.
Student planned a protest against Feng Zhang's appearance at UC Berkeley, the home of competing Crispr inventor Jennifer Doudna, and then canceled it. The post
MIT’s Crispr Guy Braves Enemy Territory at UC Berkeley appeared first on
WIRED.
Legal experts are filing a petition. They want the federal government to step in and bring Crispr back to the people. The post
The Long-Shot Bid to Put Crispr in the Hands of the People appeared first on
WIRED.
The US Patent Office says two groups, one based at UC Berkeley and the other in Cambridge, Mass. own overlapping parts of a powerful new genetic technique The post
A Patent Decision on Crispr Gene Editing Favors MIT appeared first on
WIRED.
With their massive database of DNA, Ancestry has mapped how culture and geography has shaped the genetic structure of the US population over the last 200 years. The post
770,000 Tubes of Spit Help Map America's Great Migrations appeared first on
WIRED.
The buttery, nutty Hass has lots going for it, but horticulturists and geneticists want to do better—and save avocados from a future of pests and drought. The post
The Long, Lonely Quest to Breed the Ultimate Avocado appeared first on
WIRED.
Creative researchers are now applying gene editing to tackle everything from HIV to animals on the brink of extinction. The post
From Crispr to Zika, Here Are 2016's Biggest Biology Stories appeared first on
WIRED.
With promises of unprecedented levels of data ownership, one genetic testing company is betting on the power of the patient to find tomorrow's cures. The post
Genos Will Sequence Your Genes—And Help You Sell Them to Science appeared first on
WIRED.
The jury's still out on whether Crispr will be as transformative as a medical therapy as it has been as lab tool, but inherited blood diseases are a good test. The post
Blood Diseases Could Show Crispr's Potential as Therapy appeared first on
WIRED.
Combining an egg's genetic leftovers with donor cells may be a way to double the number of eggs available for IVF in women whose ovarian reserve is running low
