SilcsBio (@silcsbio) 's Twitter Profile
SilcsBio

@silcsbio

SilcsBio provides software and services for unlocking the full potential of computer-driven drug design.

ID: 981904590735110146

linkhttp://www.silcsbio.com calendar_today05-04-2018 14:41:12

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SilcsBio (@silcsbio) 's Twitter Profile Photo

Take a look at an interactive demo of the SILCS technology in use for ligand optimization. See the step by step process in action including the information our FragMaps give you. #pharmaceuticaldrugdesign #CADD #Bioinformatics #ComputationalChemistry landing.silcsbio.com/newlandingpage…

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#ThrowbackThursday to our study on extending SILCS to RNA targets! 🧬📄 Read more: ncbi.nlm.nih.gov/pmc/articles/P… #ComputationalChemistry #MolecularModeling #ComputationalDrugDesign #ChemicalInformatics #RNADrugDesign

SilcsBio (@silcsbio) 's Twitter Profile Photo

Our team is going to be in Montreal for a conference hosted by Chemical Computing Group from June 25th-June 28th. Let us know if you'll be in the area during that time! #pharameuticalresearch #drugdiscovery

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Join us on July 10th @ 2:00pm EST for our webinar as SilcsBio launches the web app version of CGenFF! Learn about CGenFF's role in deriving precise force field parameters for organic molecules. Register now: us02web.zoom.us/webinar/regist… #CGenFF #Webinar #SilcsBio

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Covalent drug design paper. Reactive Site Detection: SILCS-Monte Carlo for accurate cysteine identification. Warhead Optimization: ML models to rank warhead effectiveness. Integrated Workflow: SILCS-Covalent for comprehensive insights. pubmed.ncbi.nlm.nih.gov/37115781/

SilcsBio (@silcsbio) 's Twitter Profile Photo

🚀 Beta Testers Wanted for SILCS-Covalent! We've developed a new covalent workflow module to enhance drug discovery. Check out our publication: lnkd.in/e_pfyimd. Interested? Reach out at [email protected] for details and incentives!

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🎥 Missed the SILCS-WATER webinar? Watch the recording now! Learn how SILCS-WATER provides exciting possibilities for understanding water's role in protein-ligand interactions. 📽️ youtu.be/wrTJOzMrH2w Thanks to Anmol Kumar and Alex MacKerell #CompChem #DrugDesign

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🌟 Join Us for the SILCS v2025 Release Webinar! 🌟 Key Highlights being coverd: - Precise docking w/ water inclusion - Improved ML-based hotspot ranking - Streamlined multi-cofactor simulations 📅 Feb 13, 2025, 12 PM ET Register: events.teams.microsoft.com/event/214c66e6… #compchem #drugdesign

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SILCS v2025 Release Webinar Recording is Now Available! 🎬 Missed the live session? Catch up now to explore📺: silcsbio.com/whats-new-in-s… 📄 Read full release notes: docs.silcsbio.com/2025/release.h… #CompChem #drugdesign

SilcsBio (@silcsbio) 's Twitter Profile Photo

ACS Spring 2025 is just two weeks away! The SilcsBio team will be in San Diego! We’ll be at the ✅ Expo with a booth, plus we have a✅ talk and a ✅ poster session lined up. Stay tuned for details on our schedule. If you’re attending, let’s connect! 👥 #CompChem #ACSSpring2025

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SilcsBio Team will be at #ACSSpring2025 🎤 #Talk by Asuka Orr : SILCS for ADC development 📅 Sun, Mar 23 | ⏰ 4:30 - 4:55 PM 📜 #Poster by Abhishek Kognole : Speed vs. Accuracy in CADD 📅 Tue, Mar 25 | ⏰ 7:00 - 9:00 PM |📌# 865 📍Booth at #ACSExpo # 3951 #CompChem #DrugDesign

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KRAS G12D: Once Undruggable, Now Predictable with SILCS See how our platform delivers: 🔹 Binding site ID from apo structures 🔹 Accurate pose refinement + LGFE scoring 🔹 Atom-level SAR insights #CompChem #DrugDesign #SILCS silcsbio.com/cracking-kras-…

SilcsBio (@silcsbio) 's Twitter Profile Photo

⚛️ CGenFF Web App (cgenff.com) has helped 10K+ users generate topology and parameters for 100K+ molecules. Next week, a special opportunity is coming for industry users to try it with fewer barriers. 📅 Details drop July 1. #CGenFF #CompChem #GROMACS #CHARMM

Machine Learning in Chemistry (@ml_chem) 's Twitter Profile Photo

Harnessing computational technologies to facilitate antibody–drug conjugate development #machinelearning #compchem nature.com/articles/s4158…

SilcsBio (@silcsbio) 's Twitter Profile Photo

New Perspective in Nature Chemical Biology: physics-based computational methods like MD and SILCS enable predictive, rapid design of ADCs—optimizing linker–site–DAR choices & payload–antibody interactions. #ADC #Biologics #CompChem #SILCS Alex MacKerell nature.com/articles/s4158…

Alex MacKerell (@alex_mackerell) 's Twitter Profile Photo

Beyond on overview of physics and ML-based methods applied to antibody-drug conjugates (ADCs) the paper presents calculations showing how MD simulations and the SILCS technology may be used to facilitate ADC development using utilities available from SilcsBio

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Run CGenFF for Just $1 per Molecule (July Only) Industry users can now generate topology and parameters for small molecules for just $1 each. Explore #CGenFF with minimal commitment and maximum flexibility. app.cgenff.com #CompChem #MolecularModeling