Third (& last?) intense week of #RNA server-only targets on #CASP17: small molecule binding ribozymes and aptamers & more group II introns in multiple states. Strange mix of natural and non-natural RNA and compounds and proteins. Looking forward to less crazy pace in next weeks.
The 2nd week of #CASP17 is closing, with more group II introns and some other RNAmake synthetic designs — monomer and dimer (!) targets for both. And more #RNA targets are coming in week 3: predictioncenter.org/news.cg…
First natural #RNA in #CASP17 is a group II self-splicing intron, and it’s also the season's 1st multistate target! Will server algorithms detect homologous group II intron structures to help modeling? Can servers model both unspliced and spliced states? predictioncenter.org/casp17/…
Two more #CASP17#RNA targets: OpenKnot @eternagame molecule from AI designer gRNAde @chaitjo & triphosphorylating ribozyme selected by Muller lab @UCSanDiego. All 8 RNA targets are non-natural — how will modeling methods do without MSAs, templates, homologous training examples?
First two targets in #CASP17 are #RNA, and they're designs from the online videogame @eternagame. Hope the bots preparing for CASP have been playing Eterna!
The 17th Critical Assessment of Structure Prediction #CASP17 begins tomorrow. 2 #RNA targets per day for next few weeks! >60 servers registered already, including @kaggle teams. Join the fun at predictioncenter.org/casp17/
Results are in for @StanfordMed@kaggle#RNA 3D Folding, Part 2! Top teams team_cp and AyPy together just outperform the best template oracle, another milestone in computational biology. Come join the conversation as we prepare for #CASP17: kaggle.com/c/stanford-rna-3d…
Best codes in Stanford @kaggle#RNA 3D Folding challenge are getting better after release of protenix-v1 @ai4s_protenix and RNApro @NvidiaHealth. No apparent impact from Agentic AI yet. Can any team or agent beat the best template oracle by March? kaggle.com/c/stanford-rna-3d…
Please join us for our next nucleic acid structure webinar, "Template-based RNA structure prediction advanced through a blind code competition," presented by Rhiju Das, G. John Rao, Toshiyuki Oda, Yehyun Kim, Raehyun Kim, Hyunkin Kim.
Mailing list: groups.google.com/g/casp-rna…
It's official: @NVIDIAHealth has returned to co-organize Part 2 of the @StanfordMed Kaggle 3D RNA folding competition. Kagglers incl Part 1 leader @raojohng have already advanced @nvidia RNApro into the best publicly available notebook on the leaderboard: kaggle.com/competitions/stan…
🧩 We’re thrilled to collaborate with @StanfordMed and @HHMIJanelia on the Stanford RNA 3D Folding Part 2 Challenge.
Help advance the science of RNA structure prediction and push the boundaries of AI for biology.
Kickstart your solution with RNAPro, our new baseline model built on key insights from the first competition.
🤔 Can you solve it nvda.ws/4q0FRsw
In 2 weeks, 9 @kaggle teams have beat AlphaFold 3 score (0.372) in predicting hidden 3D structures of #RNA, including complexes with small molecules & proteins. What will it take to beat the best template oracle (0.554)? kaggle.com/c/stanford-rna-3d…
Inspired by 2025 Stanford #RNA 3D folding @kaggle challenge outcome, we’ve collected cryo-EM of new-to-Nature RNA folds, RNA complexes with small molecules and proteins, and assemblies up to 6000 nts - and launched PART 2! Deadline: March 19, 2026. kaggle.com/c/stanford-rna-3d…
A new 3-state Replicase challenge has been launched on Eterna and will only be open for two weeks before sequences are collected for experimental testing at @RDasLab. Will Eterna players be able to improve the catalytic activity of the RNA polymerase?
eternagame.org/labs/14183416
Wonderful collab with Fu and Zuchero labs, led by @vedtopkar in our lab. How do molecules make it out to the myelin sheath? For the most expressed protein in oligodendrocytes, an #RNA switch appears to be the answer. Meng-meng's posts explain it best!
Excited to share our new pre-print collab w. @RDasLab!
Study led by @VedTopkar brilliant MD/PhD student who used biochemistry and bioinformatics to probe the relationship between Mbp mRNA structure & transport/local translation in oligodendrocytes!
biorxiv.org/content/10.1101/…
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