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.
Read breakdown →Bio/AI research breakdowns
Monthly, hype-free breakdowns of biotech and AI research — methods, limitations, and what findings actually mean — from a high school researcher in Bentonville, Arkansas.
Showing all 8 posts.
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 →One breakthrough per month — decoded in your inbox. No hype, no spam.
Student researcher · Bentonville, AR
I'm a high school researcher interested in ML, bioinformatics, and computational biology. ReadingFrame is where I write about one paper or development a month — without the press release layer.