Drug Repurposing: Expediting Discovery Through a Novel Algorithmic Framework https://t.co/712sg5YXmA Full paper: https://t.co/JWPG7HMX9A Thanks Mary Beth Nierengarten from @FirstReportMC
Nature Machine Intelligence「実際の患者データを用いた臨床試験のエミュレーションによる薬剤転用のためのディープラーニングの枠組み」 https://t.co/lMc2HWsUSo @NatMachintell
The full paper is here: https://t.co/JWPG7HMX9A. Thanks @SilverJacket for the story, @zapfriend for the illustration, @kpfortney, and @yuanhypnosluo for comments. @NatMachIntell @OSUengineering @OhioStateMed @OSUbigdata @OhioStateNews
A deep learning framework could be key to repositioning existing drugs and treating ailments like coronary heart disease. How will AI further medicine? https://t.co/Dkty6w6Z3S #deeplearning #AIinmedicine
ICYMI: New AI deep learning study finds off-label uses for approved drugs. https://t.co/6wuxNxcBbk
RT @AndreEsteva: A #deeplearning framework emulates large-scale clinical trials and enables the repurposing of existing drugs for new indic…
A #deeplearning framework emulates large-scale clinical trials and enables the repurposing of existing drugs for new indications. In @NatMachIntell. https://t.co/DCfO5HzYVQ https://t.co/W07ZQQmvxc
RT @FIP_BPS: #ArtificialIntelligence can be used to “test” a drug on a patient and potentially speed up #ClinicalTrials, say scientists @Oh…
une #IA permet de déterminer quels médicaments existants pourraient améliorer les résultats des maladies pour lesquelles ils ne sont pas prescrits. #Pharmacology #MNx #eHealth Etude [UK] https://t.co/X3obOigSTN Article [UK] https://t.co/v1lFheolkp
#ArtificialIntelligence can be used to “test” a drug on a patient and potentially speed up #ClinicalTrials, say scientists @OhioState, USA. https://t.co/fFWOdT4FBC Read the abstract: https://t.co/kHxNxP3hFI #PharmaceuticalSciences #NatureMachineIntellige
Deep learning framework for repurposing drugs -> https://t.co/lwcjIv2Bki https://t.co/XCBnAlSeiq
Great Nature Research 🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧🇬🇧Innovative and Research Based Technology in Biological Sciences and Life Sciences Prof Salman Raza Principal Government Degree Boys College 5L New Karachi Pakistan and Prof of Zoology World Renowned Zool
#RT A study in NatMachIntell reports a method using existing electronic patient data to simulate clinical trials and identify drugs that influence the progression of diseases with which they were not previously associated. https://t.co/pqMnGCQDqS https://t
RT @BioDecoded: A deep learning framework for drug repurposing via emulating clinical trials on real-world patient data | Nature Machine In…
RT @BioDecoded: A deep learning framework for drug repurposing via emulating clinical trials on real-world patient data | Nature Machine In…
New treatments can be found by repurposing existing drugs💊 . This article by @NatMachIntell outlines how clinical data can be mined to extract new insights ➡️ https://t.co/e74YNJG5ro
RT @savanamedica: Many approved drugs can be repurposed using patient´s RWD. Conducting a RWD retrospective analysis, Liu et al. can simu…
RT @HealthZorro: https://t.co/HQRYJvrUAb Amazing work using AI and RWD to repurpose commercial drugs
https://t.co/HQRYJvrUAb Amazing work using AI and RWD to repurpose commercial drugs
Researchers from @OhioState have developed a framework to accelerate drug repurposing. Using #deeplearning methods, they used data from electronic health records and insurance claims to identify non-coronary artery disease (CAD) drugs that improve CAD. ht
Cool stuff... https://t.co/K0TtcEKQ5B https://t.co/fTbNUiJKfa
RT @Howard__Yim: #clinicaltrials can now be #simulated to identify #DRUGS that influence the progression of #diseases with which they were…
A formidable example of how #machinelearning can be used to provide us with new knowledge. Here, #EHR for repurposing drugs to cure coronary artery disease. Next necessary steps are for justifying why such repurposings are effective.
RT @Howard__Yim: #clinicaltrials can now be #simulated to identify #DRUGS that influence the progression of #diseases with which they were…
RT @Howard__Yim: #clinicaltrials can now be #simulated to identify #DRUGS that influence the progression of #diseases with which they were…
RT @Howard__Yim: #clinicaltrials can now be #simulated to identify #DRUGS that influence the progression of #diseases with which they were…
#clinicaltrials can now be #simulated to identify #DRUGS that influence the progression of #diseases with which they were not previously associated @TCRNetwork @TrialsCentre @MRC_microbiome #ArtificialIntelligence #MachineLearning @NatMachIntell https://
Study provides deep learning framework, which simulates clinical trials on the basis of existing electronic patient data with the outlook of repurposing drugs for diseases they were not tested for in real world. Great way of reusing clinical data.
#RT A study in NatMachIntell reports a method using existing electronic patient data to simulate clinical trials and identify drugs that influence the progression of diseases with which they were not previously associated. https://t.co/Hl5FzaaSnX https://t
RT @BioDecoded: A deep learning framework for drug repurposing via emulating clinical trials on real-world patient data | Nature Machine In…
RT @BioDecoded: A deep learning framework for drug repurposing via emulating clinical trials on real-world patient data | Nature Machine In…
RT @BioDecoded: A deep learning framework for drug repurposing via emulating clinical trials on real-world patient data | Nature Machine In…
A deep learning framework for drug repurposing via emulating clinical trials on real-world patient data | Nature Machine Intelligence https://t.co/IVzpGUroPe #Bioinformatics
Just published: A deep learning framework for drug repurposing via emulating clinical trials on real-world patient data https://t.co/oGQiWZizSG
既にある薬の中から別の病気に効果があるものを見つけ出してくれるAIが開発される Nature Machine Intelligence. https://t.co/xeb41SpftU https://t.co/DRgIKDT36X
RT A deep learning framework for drug repurposing via emulating clinical trials on real-world patient data https://t.co/rMs34UG1z9 https://t.co/noNXQDY2Zs