Orod Razeghi

King's College London Academic Setting

Author of 4 ePosters

 eCatalog Module
Catheter Ablation -> Atrial Fibrillation & Atrial Flutter: -> Mapping & Imaging D-PO01 - Featured Poster Session (ID 11) Poster

D-PO01-145 - Utilizing A Multi-label Convolutional Neural Network Removes Inter-observer Variability In Assessment Of Atrial Fibrosis (ID 111)

Authors
Disclosure
 O. Razeghi: Nothing relevant to disclose.
Basic/Translational Science -> Computer Modeling/Simulation D-PO02 - Poster Session II (ID 47) Poster
No eCatalog Preview Available

D-PO02-033 - Left Atrial Surface Area And Pulmonary Vein Driver Density Predict Persistent Af Pulmonary Vein Isolation Outcome (ID 989)

Authors
Disclosure
 C. Roney: Nothing relevant to disclose.
Basic/Translational Science -> Computer Modeling/Simulation D-PO02 - Poster Session II (ID 47) Poster

D-PO02-034 - Optimal LV Pacing Locations In Endocardial Cardiac Resynchronization Therapy Can Be Predicted With Non-invasive Electrical Indices (ID 990)

Authors
Disclosure
 A.W. Lee: Nothing relevant to disclose.
Provocative Cases -> Teaching Case Reports D-PO02 - Poster Session II (ID 47) Poster

D-PO02-049 - Case Series Using Artificial Intelligence Of Cardiac Computed Tomography To Predict Success Of Atrial Fibrillation Ablation (ID 178)

Authors
Disclosure
 D. Galkina: Nothing relevant to disclose.