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.
Latest #CASP17#RNA targets are a tiny aptamer for tryptophan selected by Yarus lab @cuboulder, a miniTTR by RNAmake @JosephYesselman, and two singlet glycine riboswitches discovered by @ronbreaker Strobel. Note that first one β a 25-nt RNA by #cryoEM? https://t.co/r9IAvhN28g
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 https://t.co/wbMGUMryza
A Nanopore ultralong run we just did for Hop! Nearly 110Gb off a single flow cell with the true N50 probably >70Kb. Very excited for this one ππ§¬
#ONT
somebody said in this age of agentic AI its become easier to write papers.. I don't think it's true (for me). It's become harder... maybe I am doing it wrong. I am seriously worried about AI slop and halucinations.
@wachitas@ABC From what I can tell, it was "traditional Mexican cuisine" that was recognized in 2010, but for Italy it was "entire national cuisine". So Italy was the first for entire national cuisine.
https://t.co/lidHhSooI6
@pastramimachine Yes! Give me big physical buttons and knobs. There is nothing cool about cranking the volume on the radio on a Friday afternoon with a touchscreen
Received two reviews on a paper I am a co-author on that was submitted the @NaturePortfolio Scientific Reports. Both reviews were written by ChatGPT & clearly not edited with hallucinations. Shame on the editors for letting this unethical AI slop out the door.
We are excited to share a new publication w/ @JosephYesselman in @NAR_Open. RNA secondary structure prediction and design typically minimize the global free energy. We show that *local* stability compensation is a powerful RNA design approach 1/4
https://t.co/tZMbPeLozY
Local Stability Compensation presents a bottom-up approach to RNA design, focusing on local interactions, compared to the top-down approach of global free energy minimization. Check out the paper for more! 4/4
We are excited to share a new publication w/ @JosephYesselman in @NAR_Open. RNA secondary structure prediction and design typically minimize the global free energy. We show that *local* stability compensation is a powerful RNA design approach 1/4
https://t.co/tZMbPeLozY
Our large design libraries demonstrate that local stability compensation (net free energy of local substructure) correlates with folding accuracy through a Hill equation relationship. 3/4
We are excited to share our latest publication, bpRNA-CosMoS, a k-mer based measure of #RNA structural similarity. This method allows us to perform millions of structural comparisons for clustering in a short amount of time. #OpenAccess in #Bioinformatics
https://t.co/xtzsqJW2ow
Although it isn't as accurate as our other alignment-based method bpRNA-align, (Published in RNA) it allows us to perform an initial clustering of 100s of thousands of structures, which we can refine, reducing the overall number of calculations
https://t.co/7CjaD73WUa