Intrigued? Play with the GENTRL deep learning toolkit yourself! https://t.co/7mdbPvHgCT HT to @InSilicoMeds for the release
Congratulations to the Insilico Medicine with the publication in the most authoritative journal Nature. This is a significant step not only for the company, but also for the entire Data Science. https://t.co/Y2owryZ8Yp
RT @biogerontology: Our paper in @NatureBiotech got a lot of attention this week and the next week's news is likely to amplify it since it…
RT @biogerontology: Our paper in @NatureBiotech got a lot of attention this week and the next week's news is likely to amplify it since it…
A Nature Biotechnology paper describes a machine learning model that allows for the identification of new small-molecule kinase inhibitors in 21 days. #deeplearning #AI #artificialintelligence #biology #biotechnology #biotechnologyindustry https://t.co/
RT @biogerontology: Our paper in @NatureBiotech got a lot of attention this week and the next week's news is likely to amplify it since it…
Our paper in @NatureBiotech got a lot of attention this week and the next week's news is likely to amplify it since it will show a different kind of validation that can not yet be published. Please use the original link to the paper: https://t.co/cyafxr1ZK
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
This is pretty incredible
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
Thomas Tchuss aime bien car il a lu #decouverte :) ! https://t.co/m9vPZalwHr
Thomas Tchuss aime bien car il a lu #decouverte :) ! https://t.co/M2dLkeH4AT
Une étude confirme la capacité de l' #IA à accélérer la découverte de médicaments. La réduction de la durée du cycle complet et du coût global de découverte de molécules actives est la prochaine étape #pharma Etude [UK] https://t.co/d9kLee29WJ Article [UK]
RT @jason_pontin: So many companies throwing AI at drug discovery, trying to do pattern recognition of molecules to biomarkers. This is the…
Deep learning enables rapid identification of potent DDR1 kinase inhibitors | Nature Biotechnology https://t.co/nugg2V3yjl #DeepLearning #medicine https://t.co/siGYPwgEn3
RT @daniel_kraft: Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitro and in mice. Inc…
Researchers developed a deep generative model, generative tenso-rial reinforcement learning (GENTRL), for denovo small-mole-cule design. via @nature #DeepLearning #ArtificialIntelligence https://t.co/xzzlCxL8LY
Our latest paper on generative chemistry in Nature Biotechnology. While it is legacy work on AI at Insilico it shows experimental evidence that the generative reinforcement learning approach can generate good hits that work in animals https://t.co/cyafxr1Z
RT @jason_pontin: So many companies throwing AI at drug discovery, trying to do pattern recognition of molecules to biomarkers. This is the…
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
RT @PeterDiamandis: This study in Nature Biotechnology shows that next-gen AI can create potential drug candidates in 21 days. They can als…
RT @PeterDiamandis: VERY Proud of @InSilicoMeds Team!! Talk about 100x Faster and 100x Cheaper! https://t.co/gwB16Osz5K
RT @Bright_Health: RT @daniel_kraft Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitr…
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
RT PeterDiamandis: VERY Proud of InSilicoMeds Team!! Talk about 100x Faster and 100x Cheaper! https://t.co/nRWHz3fhTi
RT PeterDiamandis: This study in Nature Biotechnology shows that next-gen AI can create potential drug candidates in 21 days. They can also discover new disease targets. biogerontology is hiring experienced pharmaceutical BD managers and scientists. https
RT PeterDiamandis: VERY Proud of InSilicoMeds Team!! Talk about 100x Faster and 100x Cheaper! https://t.co/oAFsb14rGm
RT PeterDiamandis: This study in Nature Biotechnology shows that next-gen AI can create potential drug candidates in 21 days. They can also discover new disease targets. biogerontology is hiring experienced pharmaceutical BD managers and scientists. https
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
VERY Proud of @InSilicoMeds Team!! Talk about 100x Faster and 100x Cheaper!
This study in Nature Biotechnology shows that next-gen AI can create potential drug candidates in 21 days. They can also discover new disease targets. @biogerontology is hiring experienced pharmaceutical BD managers and scientists. https://t.co/WQ5CKfkTJZ
Nouveau cas d'utilisation de l'architecture GAN (ia générateur VS ia juge), cette fois avec RL (générateur motivé grâce à une récompense). Publication de la startup insilicomedicine : https://t.co/eB1ZQI7wdh Code source lié à la publication : https://t.c
RT @NatureBiotech: #Deeplearning enables rapid identification of potent DDR1 kinase inhibitors https://t.co/9hyDYFCm7f https://t.co/sNBZDZm…
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
RT @daniel_kraft: Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitro and in mice. Inc…
@ylecun Let's partner on something like this: https://t.co/cyafxr1ZK5
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
RT @Bright_Health: RT @daniel_kraft Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitr…
Deep learning enables rapid identification of potent DDR1 kinase inhibitors | Nature Biotechnology https://t.co/7kZyxmjnBZ #DeepLearning
RT @Bright_Health: RT @daniel_kraft Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitr…
RT @Bright_Health: RT @daniel_kraft Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitr…
RT @NatureBiotech: #Deeplearning enables rapid identification of potent DDR1 kinase inhibitors https://t.co/9hyDYFCm7f https://t.co/sNBZDZm…
RT @daniel_kraft Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitro and in mice. Incredible future of #pharma drug discovery work by @biogerontology & @InSilicoMeds team published in @nature https:/
RT @nresearchnews: A @NatureBiotech paper describes a machine learning model that allows for the identification of new small-molecule kinas…
de novo generated (“imagined”) molecules using degenerative tensorial reinforcement learning (GENTRL) approach validated in vitro. https://t.co/eqMRyW7s6n
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
When @Complicates_All turns out to be a fucking biotech goddess https://t.co/rypW7vdWop
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @mauro_iker: Targeting fibrosis and other #Diseases with #DeepLearning #MachineLearning #ML #DL #ArtificialIntelligence #AI #Reinforc…
RT @mauro_iker: Targeting fibrosis and other #Diseases with #DeepLearning #MachineLearning #ML #DL #ArtificialIntelligence #AI #Reinforc…
RT @daniel_kraft: Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitro and in mice. Inc…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @mauro_iker: Targeting fibrosis and other #Diseases with #DeepLearning #MachineLearning #ML #DL #ArtificialIntelligence #AI #Reinforc…
RT @mauro_iker: Targeting fibrosis and other #Diseases with #DeepLearning #MachineLearning #ML #DL #ArtificialIntelligence #AI #Reinforc…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @mauro_iker: Targeting fibrosis and other #Diseases with #DeepLearning #MachineLearning #ML #DL #ArtificialIntelligence #AI #Reinforc…
Targeting fibrosis and other #Diseases with #DeepLearning #MachineLearning #ML #DL #ArtificialIntelligence #AI #ReinforcementLearning #healthcare
Check out this latest study by @biogerontology! Very interesting.
whoa!
Hmmm Indonesia kapan tah....
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @daniel_kraft: Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitro and in mice. Inc…
RT @daniel_kraft: Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitro and in mice. Inc…
RT @daniel_kraft: Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitro and in mice. Inc…
RT @byelzhan: Amazing https://t.co/mJKEgvXyVl
RT @InSilicoMeds: Biggest News Today. Insilico Medicine's team made a breakthrough in AI for drug discovery last year. Today we are far ah…
RT @DeepTech2_0: Congratulations to @InSilicoMeds. It's Pharma’s AlphaGo Moment: For the First Time, Artificial Intelligence Has Designed a…
RT @BuckInstitute: Congrats to Buck adjunct professor Dr. Alex Zhavoronkov (@biogerontology) on his group's new paper in @NatureBiotech htt…
Optimism will prevail over skepticism. That is how technology works.
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @bayesgroup: Check out a new paper from @InSilicoMeds coauthored by our members @d_polykovskiy and @Max__Kuznetsov in @NatureBiotech on…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @recherche_anima: #IntelligenceArtificielle🧠: le #deeplearning au service de l'innovation thérapeutique? 21 jours ont suffi pour découvr…
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @daniel_kraft: Creative #AI designs novel molecules for a fibrosis target in 3 weeks. Molecules were validated in vitro and in mice. Inc…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @AboutMedtech: Deep learning enables rapid identification of potent DDR1 kinase inhibitors https://t.co/j8qWf9l0yM https://t.co/UoAx90wv…
Deep learning enables rapid identification of potent DDR1 kinase inhibitors https://t.co/j8qWf9l0yM https://t.co/UoAx90wve0
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
@Bharti_Goa
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @Reza_Zadeh: Model generates a novel drug in 21 days, & after 25 more days of synthesis & testing, its predicted biological & chemical p…
RT @EricTopol: There's been a lot of buzz about #AI for drug discovery. But I think this is the best case yet: All in 46 days! https://t.co…
Deep learning enables rapid identification of potent DDR1 kinase inhibitors | Nature Biotechnology https://t.co/pVqAgrplFW