STB Cloud for Global Health
Syntekabio's DeepMatcher fuels the engine at ABS Center, where disease barriers crumble and 100+ molecules at a time unlock new cures for a healthier future. Witness the power of AI-powered, disease-agnostic research in action with us! #AIDrugDiscovery
@SyntekaBio to Showcase Innovative AI Drug Discovery Technologies at Bio-IT World:
Don’t make patients wait – offering solutions to rapidly bring novel drugs to IND-enabling stage
https://t.co/tfjzvD85oX
What’s new in AI and supercomputing for drug discovery?
@Syntekabio will be attending the @Bioitworld Conference in Boston, Apr 15-17
Learn more about our AI-based development of small molecule drugs for 100+ targets covering 60-70% of major diseases, at Booth #22
#AI
Sadjad, business development scientist at Syntekabio, is attending the #BioFuture2023 conference in New York City to promote our full-cycle #DeepMatcher drug candidate service. Wishing him all the best and success!
The #DeepMatcher service by @SyntekaBio is a pioneer in the #AI#drug_discovery field. DeepMatcher is equipped with modern deep learning techniques to fully optimize drug discovery and development.
Sponsor Content: @kchonyc of Genentech shares how much AI needs to progress in order to advance drug discovery. This session is produced by @genentech. #TAF23
🔬 Exciting news! Syntekabio launched the Deepmatcher Drug Candidate service aiming to revolutionize the drug discovery process by cutting timelines to a few years and reducing costs by many folds! 💊👩🔬 #DrugDiscovery#PersonalizedMedicine#CloudComputing
https://t.co/lInpmNtsxg
NYHF Webinar starts today 1/31/22 at 11:00AM, "2023 Trends in New Drug Development." Register now and join us from the link below. #biopharma#drugdevelopment#webinar
https://t.co/sKVdUnsAPl
Syntekabio's Principal Scientist/Director Hyun Joo, Ph.D. is among the invited panelists at NYHF to discuss the "2023 Trends in New #DrugDevelopment", January 31, 2023, 11:00 AM – 12:00 PM. Register at the link below to attend the #webinar!
https://t.co/nErnQAQL1m