AI brings its own validation challenges. Unlike static assays, machine learning algorithms evolve as they ingest new data, ...

The real revolution came in 2012, when researchers Jennifer Doudna and Emmanuelle Charpentier harnessed CRISPR, a natural bacterial defense system. In bacteria, CRISPR cuts out invading viruses’ DNA ...

By reactivating a long-lost gene, researchers were able to lower uric acid levels and stop damaging fat accumulation in human ...

Earlier this year, researchers at Children's Hospital of Philadelphia and Penn created a first-of-its-kind drug customized to a unique genetic mutation to save an infant named Baby KJ from dying of a ...

The FDA’s Marty Makary and Vinay Prasad have laid out a path for CRISPR treatments on demand. An expert weighs in on what it ...

A leading bioethicist at Hiroshima University is calling for an anticipatory, rather than reactive, approach to ethics after ...

CRISPR-based technology is advancing rapidly, driving international competition. Its promise to transform medicine is colliding with political and social realities, even as applications expand.

Sohini Ramachandran is a professor of biology, data science, and computer science at Brown University. C. Brandon Ogbunu is ...

Promising results from a small clinical trial highlight a growing interest in designing gene-editing treatments for common ...

CRISPR Therapeutics AG is rated a Buy with $1.9B cash, prudent management, and undervalued shares. Learn more about CRSP ...

Penn and CHOP researchers want to develop urea cycle disorder treatments using CRISPR gene-editing therapy. Get unlimited access to Inquirer.com and The Inquirer App, plus 5 articles each month to ...

CRISPR gives us the power to rewrite DNA, while AI accelerates that power beyond human control. Together, they’ve launched a genetic arms race that could redefine life—or erase it entirely.