2026-08-25
26 分钟It was 1997 at the University of Pennsylvania in Philly.
A Hungarian-American scientist by the name of Dr. Katalin Kariko was wandering the halls looking for a copy machine.
And when she found one, she came across another researcher.
They struck up a conversation.
And so I was bragging that I'm working with RNA,
and then he was telling me that he want to develop a vaccine.
And that's how, you know, we started.
Dr. Kariko and her research partner would go on to spend years working
together on what was sometimes a scientific dead end, an mRNA vaccine.
For years, their efforts amounted to little.
But in 2023, after the development of the COVID vaccines
that used mRNA technology, they were awarded the Nobel Prize for Medicine.
Together, they have saved millions of lives, prevented severe COVID-19, reduced the overall disease burden.
And enable societies to open up again.
Last week, there was another watershed moment from that same mRNA technology, a potential cancer vaccine.
And yet the news comes in a tough climate for vaccines.
Last year, the U.S.
Health and Human Services Secretary, RFK Jr., cut half a billion dollars of funding into mRNA research.
From the BBC, I'm Asma Khalid in Washington, D.C. And today on The Global Story,
the new skin cancer vaccine and the promise and politics of mRNA technology.