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Artificial Intelligence Can Evaluate Cardiovascular Risk During CT Scan

Using two primary markers‑ coronary calcium and heart chamber size A routine chest scan without contrast shows promise for disease detection ....

Sumeet Chugh , Piotrj Slomka , Andrewj Einstein , Mark Lemley , Robert Jh Miller , Aakash Shanbhag , Annam Michalowska , Daniels Berman , Joannax Liang , Paulb Kavanagh , Cathleen Huang , Davide Newby , Konrad Pieszko , Damini Dey , Bryan Bednarski , Serged Van Kriekinge , Aditya Killekar , Smidt Heart Institute At Cedars , Department Of Cardiology , National Cancer Institute , Biomedical Imaging Research Institute , National Heart , Blood Institute National Institutes Of Health , National Institute Of Biomedical Imaging , National Institutes Of Health , Division Of Artificial Intelligence In Medicine ,

AI Streamlines Heart Fat Assessment for Early Risk Detection

A collaborative team of Cedars-Sinai investigators proposes that artificial intelligence can effectively evaluate the volume and density of heart fat, both of which are associated with cardiovascular risk. ....

Edwardj Miller , Joannax Liang , Attila Feher , Robert Jh Miller , Piotrj Slomka , Valerie Builoff , Serged Van Kriekinge , Aditya Killekar , Bryan Bednarski , Andrewj Einstein , Aakash Shanbhag , Daniels Berman , Mark Lemley , Damini Dey , Paulb Kavanagh , Skyla Baily , Sinai Biomedical Imaging Research Institute , National Institutes Of Health , National Heart , Division Of Artificial Intelligence In Medicine , Division Of Artificial Intelligence , Blood Institute , Smidt Heart Institute , Heart Fat Assessment , Early Risk Detection , Biomedical Imaging Research Institute ,

SCCT Issues New Expert Consensus, Provides Multi-society Update to Cardiac CT Medical Terminology

The Society of Cardiovascular Computed Tomography (SCCT) has released an expert consensus document standardizing medical terminology commonly used in clinical and research activities related to cardiac computed tomography (CT). The update takes a multimodality approach, with contributions from five co-authoring societies and three endorsing societies. ....

United States , Brian Ghoshhajra , Lynne Koweek , Marcusy Chen , Armin Arbab Zadeh , Suhny Abbara , Stephan Achenbach , Allenj Taylor , J Jeffrey Carr , Daniels Berman , Jia Wang , Cynthiah Mccollough , Quynha Truong , Diana Litmanovich , European Association Of Cardiovascular Imaging , American College Of Radiology , Asian Society Of Cardiovascular Imaging , Ut Southwestern Medical Center , American Society For Cardiovascular Imaging , European Society Of Cardiovascular Radiology , Duke University School Of Medicine Radiology Professor , Society Of Cardiovascular Computed Tomography , Radiological Society Of North America , American Association Of Physicists , Cardiovascular Computed Tomography , Medical Terminology ,

AI Tool Uses CT Scans to Predict Decreased Blood Flow to the Heart

Researchers and colleagues at Cedars-Sinai have created an artificial intelligence (AI) tool that employs computed tomography (CT) scans to detect patients who are at risk of decreased blood flow to the heart. ....

Andrew Lin , Eyal Klein , Alex Smith , Tyler Olson Shutterstock , Nipun Manral , Keiichiro Kuronuma , Daniels Berman , Kajetan Grodecki , Yuka Otaki , Donghee Han , Richard Rios , Evangelos Tzolos , Piotrj Slomka , Damini Dey , Priscilla Mcelhinney , Alan Kwan , Sinai Biomedical Imaging Research Institute , Quantitative Image Analysis Lab At Cedars , Professor Of Biomedical Sciences , Sheldong Adelson Medical Research Foundation , Blood Institute , National Heart , Image Credit , Study Corresponding Author , Biomedical Sciences , Quantitative Image Analysis Lab ,

AI tool uses CT scans to identify patients at risk of reduced blood flow to the heart

Cedars-Sinai investigators and colleagues have developed an artificial intelligence (AI) tool that uses computed tomography (CT) scans to identify patients at risk of reduced blood flow to the heart. ....

Kajetan Grodecki , Andrew Lin , Donghee Han , Eyal Klein , Yuka Otaki , Richard Rios , Emily Henderson , Evangelos Tzolos , Nipun Manral , Keiichiro Kuronuma , Damini Dey , Piotrj Slomka , Priscilla Mcelhinney , Alan Kwan , Daniels Berman , Biomedical Imaging Research Institute , Sheldong Adelson Medical Research Foundation , Blood Institute , Biomedical Sciences , National Heart , Benjamin Shou , Sebastien Cadet , Medical Research , Artificial Intelligence , Chest Pain , Computed Tomography ,