What the Genomic Revolution Means to You | Big Think

TL;DR

DNA sequencing costs have drastically decreased, surpassing Moore's Law with nanopore sequencing advancements.

Transcript

So Moore's law is sort of the law of the computer industry that says compute power doubles every 24 months or so. And, you know, that's sort of put out there by experts and technology development is sort of, you know, the prototype. That's the thing that you really shoot for with Moore's law but nobody ever keeps up with Moore's law except the comp... Read More

Key Insights

• ✊ Moore's Law, predicting compute power doubling every 24 months, was surpassed by DNA sequencing cost reductions through new technologies post-2007.
• 🥺 Improved DNA sequencing methods, particularly nanopore sequencing, have led to significant reductions in sequencing costs, revolutionizing genomics.
• 🥳 The USB nanopore sequencing device, capable of sequencing a human genome in a day, highlights the rapid advancements in genomics technology.

Questions & Answers

Q: What is Moore's Law and how does it relate to DNA sequencing costs?

Moore's Law is the trend that compute power doubles every 24 months; DNA sequencing costs followed this trend but surpassed it dramatically with new technologies post-2007.

Q: How did traditional DNA sequencing methods adapt to keep up with Moore's Law?

Traditional DNA sequencing methods industrialized to keep up with Moore's Law's cost reduction goals, until the shift to next-gen methods in 2007, which surpassed the law.

Q: What is nanopore sequencing and how does it revolutionize DNA sequencing?

Nanopore sequencing allows single-base detection as DNA strands pass through nanopores, drastically reducing sequencing time and cost, potentially allowing genome sequencing in a day with a USB device.

Q: What makes the USB nanopore sequencing device a groundbreaking technology?

The USB nanopore sequencing device is revolutionary due to its size, portability, and potential to sequence a human genome in a day using a laptop computer, making it a game-changer in genomics.

Summary & Key Takeaways

• Moore's law predicted doubling compute power every 24 months, widely followed in the computer industry.

• DNA sequencing used traditional methods but shifted to next-gen methods post-2007, surpassing Moore's Law cost-effectively.

• Nanopore sequencing is a cutting-edge technology that can potentially sequence a human genome in a day using a USB device.