David Baker
American biochemistWikipedia
20
MENTIONS
13
EPISODES
13
PODCASTS
Search complete. 20 mentions across 13 episodes found for "David Baker".
Sep 25, 2026
200. That's One Cell of a Machine: Jason Kelly of Gingko Automates Labs to Accelerate Discovery
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61:08Jason KellyGUEST
The question is: Where should we put the design and engineering of cells on that continuum? So will we have a CAD simulator of a cell? We have one, by the way, now for proteins.
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61:22Jason KellyGUEST
If you tell me the shape of protein you want, God bless Google and AlphaFold 3 and David Baker and the whole shebang, right? I can basically write the DNA that makes the protein the shape you want.
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61:33Jason KellyGUEST
Now, don't ask me to design you a protein that does a certain thing, Carl.
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61:37Jason KellyGUEST
That, that's a different ballgame.
AI Is "Solving Millennium Problems." In 25 Years, Humans Solved Exactly One.
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9:45AinsleyHOST
And there's a real precedent for it I should have led with earlier.
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9:48AinsleyHOST
AlphaFold's 2024 Nobel was shared with David Baker, whose lab used a similar approach to design entirely new proteins that don't exist in nature, not predicting a known shape, generating a genuinely novel one.
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10:04AinsleyHOST
That's closer to what you're describing, a capable system originating the narrow tool, or at least the design space for it, rather than a human hand building every guardrail from scratch.
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10:16AinsleyHOST
So the orchestrator model isn't pure speculation.
The Synthesis Is Here
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23:04speaker_0NARRATOR
In terms of creativity, we have much to learn about generative AI's remarkable ability to create rhythm and rhyme in writing, and for that matter, similar patterns in music and art.
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23:15speaker_0NARRATOR
In the sciences, AI can now accurately predict three-dimensional protein structures, a result that earned David Baker, Demis Hassabis, and John Jumper the 2024 Nobel Prize in Chemistry.
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23:27speaker_0NARRATOR
This and related discoveries hold great promise across the breadth of biomedicine.
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23:33speaker_0NARRATOR
In mathematics, we have seen technology suggest new approaches to optimization and prove new theorems while finding flaws in others.
XPeng Co-President: China's EV Race, Flying Cars and Humanoid Robots
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45:54Brian GuGUEST
I, I got my undergrad in chemistry and then went on to pursue a PhD in biochemistry.
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46:00Brian GuGUEST
And actually, my PhD, uh, uh, experience is probably one of the most rewarding process, because I got to work with, uh, my, uh, professor, um, David Baker.
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46:10Brian GuGUEST
Uh, I don't know whether you know him.
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46:12Brian GuGUEST
He actually won the Nobel Prize two years ago, uh, in chemistry.
The Breakthrough Problem: Can government innovate without creating bigger risks?
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7:47Hayley SeveranceGUEST
Discover Drug, so that's exciting.
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7:51Hayley SeveranceGUEST
And organizations like the University of Washington's Institute for Protein Design, which is run by David Baker, who won the Nobel Prize in Chemistry for this work in 2024.
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8:05Hayley SeveranceGUEST
His organization just received a grant from the Washington Research Foundation specifically to move designed enzymes from the computer to the lab, to the market.
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8:17Hayley SeveranceGUEST
So we are seeing some signs that this is moving past proof of concept.
Friday Evening Headlines
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7:41Ruby DeLunaHOST
The plan announced yesterday is to use AI models to design artificial biological molecules, build them, then test them.
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7:51Ruby DeLunaHOST
University of Washington scientist David Baker won the 2024 Nobel Prize in Chemistry.
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7:57David BakerSOUNDBITE_SPEAKER
We are going to be discovering many more things more rapidly than we can by studying evolution.
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8:03David BakerSOUNDBITE_SPEAKER
Things ranging from cancer to autoimmune disease to neurodegenerative disease is a major target now.
The people who stayed with the problem
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11:43speaker_3ADVERTISER
conversation.
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11:45Ayla EllisonHOST
David Baker is one of this year's Fierce 50 Innovation Honorees.
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11:50Ayla EllisonHOST
He won the Nobel Prize in Chemistry in 2024 for his work in computational protein design.
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11:56Ayla EllisonHOST
Normally, winning a Nobel Prize comes with a pretty intense victory lap.
11 MINS LATER
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22:50Ayla EllisonHOST
It can be Revolution Medicines betting everything on an undruggable cancer target.
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22:56Ayla EllisonHOST
It can be Michael Osterholm getting ready to step back after more than half a century in public health, looking at the moment in front of him and deciding, not yet.
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23:06Ayla EllisonHOST
It can be David Baker deciding what the problems his field spent decades working on are already becoming yesterday's problems.
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23:15Ayla EllisonHOST
It can be hip-hop public health helping turn stroke symptoms into something people sing.
The stories behind the 2026 Fierce 50
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10:25Ayla EllisonHOST
And from there, you can move back to the people building what's next.
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10:30Ayla EllisonHOST
David Baker is one of this year's Fierce 50 Innovation Honorees.
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10:34Ayla EllisonHOST
He won the Nobel Prize in Chemistry in 2024 for his work in computational protein design.
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10:41Ayla EllisonHOST
Normally, winning a Nobel Prize comes with a pretty intense victory lap.
11 MINS LATER
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21:31Ayla EllisonHOST
It can be Revolution Medicine's betting everything on an undruggable cancer target.
A
21:36Ayla EllisonHOST
It can be Michael Osterholm getting ready to step back after more than half a century in public health, looking at the moment in front of him and deciding, not yet.
A
21:47Ayla EllisonHOST
It can be David Baker deciding what the problems his field spent decades working on are already becoming yesterday's problems.
A
21:55Ayla EllisonHOST
It can be hip-hop public health helping turn stroke symptoms into something people sing.
S2:E2 - Rethinking Proteins with AI
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13:42Kate MichieGUEST
So the capsid's the shell that goes around the virus.
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13:44Kate MichieGUEST
So we used AlphaFold to make some predictions about what the protein would look like and that helps David's team design the constructs that they're going to express and purify.
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13:54Kate MichieGUEST
So some proteins have little flexible parts on them and that stops them from crystallising and AlphaFold can help us identify where those flexible parts are and chop them off so that we can get the structure of the majority of the protein.
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14:05Kate MichieGUEST
So we used these tools and David's team were able to get crystals quite quickly.
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14:10Kate MichieGUEST
And then they took them to the synchrotron to hit them with the radiation to get the diffraction pattern.
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14:15Kate MichieGUEST
And he got the diffraction pattern, but then he was unable to do the last step of the problem, which was solving the phase problem, which we would traditionally do by soaking in heavy metals.
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14:24Kate MichieGUEST
And so David tried soaking in heavy metals and he wasn't able to make it work.
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14:27Kate MichieGUEST
And this is a known place in crystallography where we would often have a failed progress.
🇫🇷 L'histoire de l'IA dans la découverte de médicaments
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14:40Anca PetreHOST
Et en 2023, on passe à l'étape suivante.
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14:43Anca PetreHOST
Dans le laboratoire de David Baker à Seattle, un outil nommé RF Diffusion permet de concevoir des protéines entièrement nouvelles qui n'existent nulle part dans la nature.
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14:57Anca PetreHOST
Ce jour-là, l'Académie royale des sciences de Suède attribue le prix Nobel de chimie.
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15:02Anca PetreHOST
Une moitié va à David Baker pour la conception de protéines par ordinateur.
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15:06Anca PetreHOST
L'autre moitié va à Demis Hassabi et John Jumper pour la prédiction de la structure des protéines.
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15:13Anca PetreHOST
Lire et écrire, les deux, la même année, sur le même podium.
3 more episodes mention David Baker.
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