
Gene Therapy Tackles a Common Birth Defect: Deafness
After false starts, researchers are making progress toward treating deafness with gene therapy
Dina Fine Maron, formerly an associate editor at Scientific American, is now a wildlife trade investigative reporter at National Geographic. Follow Dina Fine Maron on Twitter @dina_maron Credit: Nick Higgins
After false starts, researchers are making progress toward treating deafness with gene therapy
An analysis of FBI records supports anecdotal evidence in policy debate on gun control
Results from a dog trial may help push new Duchenne muscular dystrophy therapy toward human trials
Gene editing and stem cell research have allowed for alternative rodent reproduction
The president plans to send a test message in a system that would notify Americans of an imminent attack or other catastrophe
Interview: Joan Argetsinger Steitz weighs in on #MeToo and working with James Watson
Results from a dog trial may help push new Duchenne muscular dystrophy therapy toward human trials
This disease can be transmitted by unwittingly consuming traces of contaminated feces
Researchers are developing new treatments for a depression symptom called anhedonia
The country has been roiled by nine outbreaks of the disease
Rep. Bill Foster weighs in on the most important science issues facing the country
Marketing algorithms prevent many women from seeing the advertising, even though it’s illegal to target jobs to one gender
Medical responders will be on the lookout for signs of infection
Since the Golden State killer was caught, the same family ancestry database has led to more arrests
No new cases have been reported for two weeks in the Democratic Republic of the Congo
A massive report paints a stark picture of a pervasive problem
A teaspoon of a pregnant woman’s blood would be required for this experimental tool
Public health workers are preparing to roll out inoculations even as the disease has spread to an urban location
One experimental shot is slated for human testing
An experimental approach may arm immune cells against many strains, eliminating annual guesswork
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