What in the AI-generated almost correct but really not is going on here?! πŸ˜‚ #chemsky
FBI served a search warrant on that Garden Grove chemical plant with the methyl methacrylate plant: apnews.com/article/chem... #chemsky

FBI seizing evidence at Califo...
FBI seizing evidence at California plant where chemical tank overheated

Federal authorities served a search warrant on Wednesday at a Southern California aerospace facility where a chemical tank overheated last month, forcing 50,000 residents to evacuate. The warrant signed by a federal judge last week approved the seizure of documents and records related to the β€œstorage, use, or disposal” of methyl methacrylate, the chemical inside the affected tank. The FBI confirmed its agents were searching GKN Aerospace Transparency Systems in the Orange County city of Garden Grove.

AP News
So happy to see our article out today in Nature Machine Intelligence! πŸŽ‰ This is a short paper on chemical space & statistical modelling, and should be readable by (scientifically-literate) non-experts in the field, so I hope you find it enjoyable! rdcu.be/fnkro (free link) #chemsky

Navigating molecular OOD-ness
Ok this is some nice work. Pyridylphosphines for the Mitsunobu and Appel reactions that can be either washed out with CuSO4 solution or precipitated with THF doi.org/10.1021/acs.... #chemsky

Poly(2-pyridyl)phosphines: Sep...
Maybe I should have tagged #chemsky. 18 years on social media and I still forget to use hashtags all the time
#chemsky #chemchat re: Vought/OMB rule the statement itself is judgment-less, but they are (hands waggling) talking about putting in a public comment

RE: https://bsky.app/profile/did:plc:3etshrnlom5cvnvb7udqp3zo/post/3mnhvzuprm223
Jon Stokes gave an inspiring and highly interactive @[email protected] Lecture. He talked about the power and the limitations of AI for antibiotic drug discovery. (1/4) www.thestokeslab.com #ChemSky #ChemBio #DrugDiscovery #Antibiotics #AI #MachineLearning
Interesting paper by the groups of Jongmin Park, Juyong Lee and Hankum Park in @[email protected]. They developed muscle-specific PROTACs engaging the E3 ligase KLHL41. Great to see the most potent molecules with covalent KLHL41 ligands. www.nature.com/articles/s41... #ChemSky #ChemBio #TPD

Discovery of a KLHL41 Ligand f...
Discovery of a KLHL41 Ligand for Muscle Specific Protein Degradation - Nature Communications

PROTACs rely mainly on ubiquitous E3 ligases, limiting tissue selectivity. Here, the authors identify a ligand of muscle specific E3 ligase KLHL41 and develop a covalent PROTAC (cKBD-1) that enables potent, muscle-specific protein degradation in vitro and in vivo.

Nature