I am delighted that my artwork has been chosen as the front cover of the Journal of Chemical Information and Modeling! 🎉 The design illustrates how computer science reveals hidden patterns in molecular structures and drives progress in drug discovery.
🎊Check out our latest preprint "Polypharmacology Browser PPB3: A Web-based Deep Learning Tool for Target Prediction Using ChEMBL Data" by @MaedehDarsaraee, Sacha Javor and
@jrjrjlr in @ChemRxiv!
PPB3 website: https://t.co/LXyB2PqVu8
👉Read the full story: https://t.co/CbrPHSP56Z
Big news for #DrugDiscovery! 🎉BioChemGraph team released its first dataset, linking 17K+ PDB-ligand complexes to 39K @ChEMBL bioactivity records in @PDBeurope & 32K @CCDC IDs in UniChem, speeding drug discovery & repurposing! 🎯 Explore here: https://t.co/XtoyyujiSU #OpenData
🥳Very excited to announce that my recent art design was selected as the front cover @JCIM_JCTC!
💡Two journal covers achieved during my Ph.D. so far🥰
🍀Cover art1: https://t.co/zV6FdgpFz5
🍀Cover art2: https://t.co/6CoC1PKujk
@ACS4Authors@DCBPunibern#MyACSCover#chemtwitter
In case you need a nice (light or dark) colour theme for everything (gtk, vscode, terminal, slack, obsidian, dwarf fortress ...), you should give this a try.
https://t.co/c3Z0Ly5ZiR
As the Gzip text classification is a beautifully elegant method, I adapted it to classify molecules. While it doesn't beat *large* transformers, it certainly holds its own overall.
Oh, and it also does a fairly good job on regression tasks.
Working paper:
https://t.co/TNCnbwFRhe
New PostDoc position! Join the vibrant LIAC team (@SchwallerGroup) for a project on “ML for Direct Air Capture Materials”. Develop models to accelerate the discovery of new CO2 adsorbents together with excellent experimental collaborators (@lfim_epfl)!
RT appreciated. #ML4Sus
📢Check out our preprint to see how fine-tuned GPT-3 models predict the antimicrobial activity and hemolysis of peptide sequences. @MarkusOrsi @jrjrjlr@ChemRxiv
👉https://t.co/98dxmlWHVl
@DCBPunibern#chemtwitter#GPT
📢Check out our latest paper @HelvChimActa by @bonvin15
https://t.co/KW9lHV1MxU
We redesigned polyamidoamine dendrimers by moving the carbonyl across the amide nitrogen to form HPLC pure inverse PAMAMs, stable and showing potent antibacterial effects @DCBPunibern#chemtwitter
@reymondgroup Networking Symposium took place successfully on Friday, March 24th! We are happy to see everyone, including some of our former group members in this great group reunion!🎊
#chemtwitter@DCBPunibern