Predicting Successful ChronicTotal Occlusion Crossing WithPrimary Antegrade Wiring UsingMachine Learning
Athanasios Rempakos,Michaella Alexandrou,Deniz Mutlu,Arun Kalyanasundaram,Luiz F. Ybarra,Rodrigo Bagur,James W. Choi,Paul Poommipanit,Jaikirshan J. Khatri,Laura Young,Rhian Davies,Stewart Benton,Sevket Gorgulu,Farouc A. Jaffer,Raj Chandwaney,Wissam Jaber,Stephane Rinfret,William Nicholson,Lorenzo Azzalini,Kathleen E. Kearney,Khaldoon Alaswad,Mir B. Basir,Oleg Krestyaninov,Dmitrii Khelimskii,Nidal Abi-Rafeh,Ahmed Elguindy,Omer Goktekin,Nazif Aygul,Bavana V. Rangan,Olga C. Mastrodemos,Ahmed Al-Ogaili,Yader Sandoval,M. Nicholas Burke,Emmanouil S. Brilakis JACC-CARDIOVASCULAR INTERVENTIONS（2024）
Key words
chronic total occlusion,coronary artery disease,machine learning,percutaneous coronary intervention,primary antegrade wiring
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