American Heart Association
Wave of the Future: Artificial Intelligence & Atrial fibrillation Before, During and After the EP Lab
Moderated Digital Poster Session
Zone 4, Moderated Digital Poster 20
Nov 17th , 09:30 AM - 10:55 AM
09 : 30 AM
Integrating Multi-Omics, Phenotypic, and Social Determinants for Stroke Prediction in Atrial Fibrillation: Advancing Precision Health Using Machine Learning
Azizi Zahra, Gupte Trisha, Zhou Jiayan, Kho Pik Fang, Guarischi-sousa Rodrigo, Chen Ming-li, Panyard Daniel, Clarke Shoa, Assimes Themistocles
Final Pr. ID: MDP1170
Authors: Azizi Zahra, Gupte Trisha, Zhou Jiayan, Kho Pik Fang, Guarischi-sousa Rodrigo, Chen Ming-li, Panyard Daniel, Clarke Shoa, Assimes Themistocles
Keywords: Atrial fibrillation , Stroke , Genes , environment , and lifestyle interactions , Proteomics , Artificial Intelligence
09 : 40 AM
Atrial Fibrillation Wave Vectors Determined by Artificial-Intelligence Indicate Clinical Phenotypes
Anbazhakan Suhaas, Abad Juan Ricardo Carlos, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Final Pr. ID: MDP1171
Authors: Anbazhakan Suhaas, Abad Juan Ricardo Carlos, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Keywords: Electrophysiology , Risk Factors , Ablation , radiofrequency
09 : 50 AM
Artificial Intelligence Can Match Atrial Fibrillation Electrograms to Action Potential Recordings in Patients
Abad Juan Ricardo Carlos, Anbazhakan Suhaas, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Final Pr. ID: MDP1172
Authors: Abad Juan Ricardo Carlos, Anbazhakan Suhaas, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Keywords: Arrhythmia mapping , Reentry , Artificial Intelligence
10 : 00 AM
Artificial-Intelligence Based Tracking of Atrial Fibrillation Waves that Exit Pulmonary Veins Predicts Response to Ablation
Anbazhakan Suhaas, Abad Juan Ricardo Carlos, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Final Pr. ID: MDP1173
Authors: Anbazhakan Suhaas, Abad Juan Ricardo Carlos, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Keywords: Ablation , radiofrequency , Arrhythmia mapping , Computational modeling , Atrial arrhythmias
10 : 10 AM
Feasibility and Outcomes of Using an Intraprocedural Artificial Intelligence System in Recognizing Regions of Dispersion and Generating Sequential Maps to Assist in Radiofrequency Ablations for Persistent Atrial Fibrillation
Gabrah Kirollos, Doty Brandon, Cain Jonathan, Maldonado Noel, Lee Bridget, Mahtani Arun, Brider Jamarcus, Al-hindi Feross, Nair Devi
Final Pr. ID: MDP1174
Authors: Gabrah Kirollos, Doty Brandon, Cain Jonathan, Maldonado Noel, Lee Bridget, Mahtani Arun, Brider Jamarcus, Al-hindi Feross, Nair Devi
Keywords: Ablation , radiofrequency , Ablation
10 : 20 AM
Spatiotemporal Stability of Dominant Frequency Sites in Atrial Fibrillation Using Digital Twin Technology and Clinical Outcomes of Catheter Ablation
Hwang Taehyun, Joung Boyoung, Lee Moon-hyoung, Pak Hui-nam, Kwon Oh-seok, Lim Byounghyun, Kim Moon-hyun, Kim Daehoon, Park Je-wook, Yu Hee Tae, Kim Tae-hoon, Uhm Jae-sun
Final Pr. ID: MDP1175
Authors: Hwang Taehyun, Joung Boyoung, Lee Moon-hyoung, Pak Hui-nam, Kwon Oh-seok, Lim Byounghyun, Kim Moon-hyun, Kim Daehoon, Park Je-wook, Yu Hee Tae, Kim Tae-hoon, Uhm Jae-sun
Keywords: Ablation , radiofrequency , Computational modeling , Atrial fibrillation , Electrophysiology , Precision medicine
10 : 30 AM
Epicardial Adipose Tissue Association with Fibrotic Substrate Distribution and Rotor-attracting Locations: A Study Using Contrast Computed Tomography (CCT) Scans and Late Gadolinium Enhancement Magnetic Resonance Imaging (LGE-MRI)-based Digital Twins of Persistent Atrial Fibrillation
Sakata Kensuke, Prakosa Adityo, Yamamoto Alves Pinto Carolyna, Ali Syed Yusuf, Loeffler Shane, Kholmovski Eugene, Trayanova Natalia
Final Pr. ID: MDP1176
Authors: Sakata Kensuke, Prakosa Adityo, Yamamoto Alves Pinto Carolyna, Ali Syed Yusuf, Loeffler Shane, Kholmovski Eugene, Trayanova Natalia
Keywords: Atrial fibrillation , Fibrosis , Magnetic resonance imaging , Adipose , Ablation
10 : 40 AM
AI-Assisted Transseptal Puncture: Visual-Prompt Fine-Tuning of Foundation Models on Low-Dose X-RAY Images
Qi Xiuyu, Wang Xingyao, Cui Chang, Ju Weizhu, Chen Minglong
Final Pr. ID: MDP1177
Authors: Qi Xiuyu, Wang Xingyao, Cui Chang, Ju Weizhu, Chen Minglong
Keywords: Cardiac imaging , Machine Learning , Interventional cardiology , Atrial fibrillation
10 : 40 AM
AI-Assisted Transseptal Puncture: Visual-Prompt Fine-Tuning of Foundation Models on Low-Dose X-RAY Images
Qi Xiuyu, Wang Xingyao, Cui Chang, Ju Weizhu, Chen Minglong
Final Pr. ID: MDP1177
Authors: Qi Xiuyu, Wang Xingyao, Cui Chang, Ju Weizhu, Chen Minglong
Keywords: Cardiac imaging , Machine Learning , Interventional cardiology , Atrial fibrillation
10 : 00 AM
Artificial-Intelligence Based Tracking of Atrial Fibrillation Waves that Exit Pulmonary Veins Predicts Response to Ablation
Anbazhakan Suhaas, Abad Juan Ricardo Carlos, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Final Pr. ID: MDP1173
Authors: Anbazhakan Suhaas, Abad Juan Ricardo Carlos, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Keywords: Ablation , radiofrequency , Arrhythmia mapping , Computational modeling , Atrial arrhythmias
09 : 50 AM
Artificial Intelligence Can Match Atrial Fibrillation Electrograms to Action Potential Recordings in Patients
Abad Juan Ricardo Carlos, Anbazhakan Suhaas, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Final Pr. ID: MDP1172
Authors: Abad Juan Ricardo Carlos, Anbazhakan Suhaas, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Keywords: Arrhythmia mapping , Reentry , Artificial Intelligence
09 : 40 AM
Atrial Fibrillation Wave Vectors Determined by Artificial-Intelligence Indicate Clinical Phenotypes
Anbazhakan Suhaas, Abad Juan Ricardo Carlos, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Final Pr. ID: MDP1171
Authors: Anbazhakan Suhaas, Abad Juan Ricardo Carlos, Ruiperez-campillo Samuel, Rodrigo Miguel, Narayan Sanjiv
Keywords: Electrophysiology , Risk Factors , Ablation , radiofrequency
10 : 30 AM
Epicardial Adipose Tissue Association with Fibrotic Substrate Distribution and Rotor-attracting Locations: A Study Using Contrast Computed Tomography (CCT) Scans and Late Gadolinium Enhancement Magnetic Resonance Imaging (LGE-MRI)-based Digital Twins of Persistent Atrial Fibrillation
Sakata Kensuke, Prakosa Adityo, Yamamoto Alves Pinto Carolyna, Ali Syed Yusuf, Loeffler Shane, Kholmovski Eugene, Trayanova Natalia
Final Pr. ID: MDP1176
Authors: Sakata Kensuke, Prakosa Adityo, Yamamoto Alves Pinto Carolyna, Ali Syed Yusuf, Loeffler Shane, Kholmovski Eugene, Trayanova Natalia
Keywords: Atrial fibrillation , Fibrosis , Magnetic resonance imaging , Adipose , Ablation
10 : 10 AM
Feasibility and Outcomes of Using an Intraprocedural Artificial Intelligence System in Recognizing Regions of Dispersion and Generating Sequential Maps to Assist in Radiofrequency Ablations for Persistent Atrial Fibrillation
Gabrah Kirollos, Doty Brandon, Cain Jonathan, Maldonado Noel, Lee Bridget, Mahtani Arun, Brider Jamarcus, Al-hindi Feross, Nair Devi
Final Pr. ID: MDP1174
Authors: Gabrah Kirollos, Doty Brandon, Cain Jonathan, Maldonado Noel, Lee Bridget, Mahtani Arun, Brider Jamarcus, Al-hindi Feross, Nair Devi
Keywords: Ablation , radiofrequency , Ablation
09 : 30 AM
Integrating Multi-Omics, Phenotypic, and Social Determinants for Stroke Prediction in Atrial Fibrillation: Advancing Precision Health Using Machine Learning
Azizi Zahra, Gupte Trisha, Zhou Jiayan, Kho Pik Fang, Guarischi-sousa Rodrigo, Chen Ming-li, Panyard Daniel, Clarke Shoa, Assimes Themistocles
Final Pr. ID: MDP1170
Authors: Azizi Zahra, Gupte Trisha, Zhou Jiayan, Kho Pik Fang, Guarischi-sousa Rodrigo, Chen Ming-li, Panyard Daniel, Clarke Shoa, Assimes Themistocles
Keywords: Atrial fibrillation , Stroke , Genes , environment , and lifestyle interactions , Proteomics , Artificial Intelligence
10 : 20 AM
Spatiotemporal Stability of Dominant Frequency Sites in Atrial Fibrillation Using Digital Twin Technology and Clinical Outcomes of Catheter Ablation
Hwang Taehyun, Joung Boyoung, Lee Moon-hyoung, Pak Hui-nam, Kwon Oh-seok, Lim Byounghyun, Kim Moon-hyun, Kim Daehoon, Park Je-wook, Yu Hee Tae, Kim Tae-hoon, Uhm Jae-sun
Final Pr. ID: MDP1175
Authors: Hwang Taehyun, Joung Boyoung, Lee Moon-hyoung, Pak Hui-nam, Kwon Oh-seok, Lim Byounghyun, Kim Moon-hyun, Kim Daehoon, Park Je-wook, Yu Hee Tae, Kim Tae-hoon, Uhm Jae-sun
Keywords: Ablation , radiofrequency , Computational modeling , Atrial fibrillation , Electrophysiology , Precision medicine