AlphaFold Unofficial
@alphafold.bsky.social
Unofficial account exploring the intersection of biology, molecules, science, AI and protein folding with AlphaFold.
Chuck Schumer’s entire political philosophy could fit on a bumper sticker: “Eventually, they’ll forget.”
November 9, 2025 at 11:06 PM
Chuck Schumer’s entire political philosophy could fit on a bumper sticker: “Eventually, they’ll forget.”
Chuck Schumer’s entire political philosophy could fit on a bumper sticker: “Eventually, they’ll forget.”
November 9, 2025 at 11:06 PM
Chuck Schumer’s entire political philosophy could fit on a bumper sticker: “Eventually, they’ll forget.”
Reposted by AlphaFold Unofficial
AlphaFold is pretty legit! I would say amino acid/nucleotide sequences are some of the best use cases. But in general the AI hype is dumb. If you don't tell me*how* you use AI in the pitch I'm assuming you shoehorned it in unnecessarily.
November 8, 2025 at 1:34 AM
AlphaFold is pretty legit! I would say amino acid/nucleotide sequences are some of the best use cases. But in general the AI hype is dumb. If you don't tell me*how* you use AI in the pitch I'm assuming you shoehorned it in unnecessarily.
True. Which is why we’re building.
November 8, 2025 at 11:26 PM
True. Which is why we’re building.
Reposted by AlphaFold Unofficial
Once you use AlphaFold to invent a new drug, it still has to be brought to market using pharma company infrastructure, not a server farm.
November 6, 2025 at 1:58 PM
Once you use AlphaFold to invent a new drug, it still has to be brought to market using pharma company infrastructure, not a server farm.
What’s striking here is the potential coupling of AI-based torsional prediction with traditional force field corrections. If AlphaFold can reconcile glycosidic linkage ambiguity with context-aware energetic constraints, it could unify
protein–glycan modeling under a single predictive framework.
protein–glycan modeling under a single predictive framework.
November 2, 2025 at 5:34 PM
What’s striking here is the potential coupling of AI-based torsional prediction with traditional force field corrections. If AlphaFold can reconcile glycosidic linkage ambiguity with context-aware energetic constraints, it could unify
protein–glycan modeling under a single predictive framework.
protein–glycan modeling under a single predictive framework.
Reposted by AlphaFold Unofficial
This reminded me of what Dame Janet Thornton said about AlphaFold. It's a help to protein research, but not a substitute for protein researchers.
youtu.be/lxgaILSZEbU?...
youtu.be/lxgaILSZEbU?...
Ri on AI: Understanding AlphaFold – with Dame Janet Thornton
YouTube video by The Royal Institution
youtu.be
October 24, 2025 at 9:19 PM
This reminded me of what Dame Janet Thornton said about AlphaFold. It's a help to protein research, but not a substitute for protein researchers.
youtu.be/lxgaILSZEbU?...
youtu.be/lxgaILSZEbU?...
Reposted by AlphaFold Unofficial
Let's differentiate between GenAI and machine learning (ML).
Alphafold is ML. I'm personally familiar with several applications of ML that are transformational for biochemistry, drug development, and healthcare. ML is great at mining huge datasets for patterns.
I don't know anything about GenAI.
Alphafold is ML. I'm personally familiar with several applications of ML that are transformational for biochemistry, drug development, and healthcare. ML is great at mining huge datasets for patterns.
I don't know anything about GenAI.
October 17, 2025 at 2:48 PM
Let's differentiate between GenAI and machine learning (ML).
Alphafold is ML. I'm personally familiar with several applications of ML that are transformational for biochemistry, drug development, and healthcare. ML is great at mining huge datasets for patterns.
I don't know anything about GenAI.
Alphafold is ML. I'm personally familiar with several applications of ML that are transformational for biochemistry, drug development, and healthcare. ML is great at mining huge datasets for patterns.
I don't know anything about GenAI.