Biotech 2026: What Comes After a Breakthrough Year
2025 was not just another productive year for biotech. Multiple technologies reached new levels of practical impact. Here is what comes next.
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2025 was not just another productive year for biotech. Multiple technologies reached new levels of practical impact. Here is what comes next.
Read breakdown →Scientists created embryos from ordinary skin cells. The science is real, but the ethical questions are just getting started.
Read breakdown →The hardest part of gene editing isn't the editing; it's getting the tools into the right cells. A new method triples efficiency.
Read breakdown →For the first time, researchers recorded high-speed video of the Earth's surface splitting apart during an earthquake. It's more than dramatic footage. It's data we've never had before.
Read breakdown →A paralyzed man controlled a computer cursor with his thoughts. Real progress, and real questions about where brain-computer interfaces go from here.
Read breakdown →CRISPR therapies are now editing genes in real patients. The FDA approved the first one. What actually changes and what doesn't.
Read breakdown →Three wolf pups engineered to resemble extinct dire wolves. The biotech is impressive, but the "de-extinction" label deserves scrutiny.
Read breakdown →Colossal Biosciences created mice with mammoth-like fur. It's a proof of concept for de-extinction, and it raises real questions about whether we should.
Read breakdown →2025 was not just another productive year for biotech. Multiple technologies reached new levels of practical impact. Here is what comes next.
Scientists created embryos from ordinary skin cells. The science is real, but the ethical questions are just getting started.
The hardest part of gene editing isn't the editing; it's getting the tools into the right cells. A new method triples efficiency.
For the first time, researchers recorded high-speed video of the Earth's surface splitting apart during an earthquake. It's more than dramatic footage. It's data we've never had before.
A paralyzed man controlled a computer cursor with his thoughts. Real progress, and real questions about where brain-computer interfaces go from here.
CRISPR therapies are now editing genes in real patients. The FDA approved the first one. What actually changes and what doesn't.
Three wolf pups engineered to resemble extinct dire wolves. The biotech is impressive, but the "de-extinction" label deserves scrutiny.
Colossal Biosciences created mice with mammoth-like fur. It's a proof of concept for de-extinction, and it raises real questions about whether we should.