Gene genies: CRISPR’s critical moment

基因精灵:CRISPR的关键时刻

Economist Podcasts

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2025-04-18

24 分钟
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单集简介 ...

It is a Nobel-winning idea with untold promise in health care, agriculture and more. We examine what must change in order to capture those benefits. Asia’s love affair with gold has long been chalked up to cultural motives; our correspondent finds far more going on (10.45). And for all the draw of New Zealand’s verdant chill, lots of natives want out (17:58).  Get a world of insights by subscribing to Economist Podcasts+. For more information about how to access Economist Podcasts+, please visit our FAQs page or watch our video explaining how to link your account. Hosted on Acast. See acast.com/privacy for more information.
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单集文稿 ...

  • Hello and welcome to The Intelligence from The Economist.

  • I'm Jason Palmer.

  • And I'm Rosie Bloor.

  • Every weekday we provide a fresh perspective on the events shaping your world.

  • Asia has always been a strong market for gold, but recent numbers really show just how strong it is.

  • We look past the cultural reasons for the love affair seeking the hard-nosed economic ones.

  • And you may think of New Zealand as a blissful Middle Earth awash with natural wonders.

  • But some New Zealanders are actually getting a bit sick of the country, and the number of emigrants is rising.

  • Our correspondent finds out why.

  • But first, Genes are the building blocks for all living things.

  • By altering genetic code, you change an organism.

  • For decades, scientists have been trying to do just that.

  • But the techniques were often slow, expensive, or imprecise.

  • Thirteen years ago,

  • Jennifer Doudner and Emmanuel Chappontier found a way to borrow a form of molecular scissors from bacterial DNA.

  • These scissors allowed the scientists to cut out or paste in sections of DNA.

  • It meant they could change genes in highly specific and repeatable ways.

  • It was a huge step.

  • The Royal Swedish Academy of Sciences has today decided to award the 2020 Nobel Prize in Chemistry jointly to Emmanuel Chappontier and Jennifer Doudner for the development of a method for genome editing.

  • The system they uncovered, known as CRISPR, laid the foundations for a gene editing revolution.