Nghi Tran
5 Papers
Nghi Tran is an academic researcher. The author has contributed to research in topics: Medicine & Internal medicine. The author has co-authored 4 publications.
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Papers
Prolonged Coronary Transit Time and Reversed Flow Causing Functional Ischemia, Chest Pain and Syncope in Patients with Aortic Stenosis and Patent Coronary Arteries: An Angiographic and Machine Learning Analysis
Thach Nguyen,Duc H Nguyen,Nghi Tran,Phuc Q Vu,Nga Nguyen,H. Tran,Imran Mihas,Sarthak Agarwal,Cardy Nguyen,Vivian Nguyen,Dung Thuong Ho,Aravinda Nanjundappa,Loc T Vu,Sanyaa Agarwal,Ernest Talarico,Marco Zuin,Gianluca Rigatelli,Michael F. Gibson +17 more
- 01 Jan 2022
TL;DR: In this article , the authors conducted a study to clarify the mechanism of chest pain, shortness of breath (SOB), and syncope in AS patients without coronary artery stenosis based on coronary flow patterns or abnormalities.
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Abstract 9618: Prolonged Arterial Phase is the Culprit Pathology in Patients With Chest Pain, Elevated Troponin Level, Abnormal Thallium Scan and Patent Coronary Arteries: An Angiographic, Machine Learning Analysis for a Personalized Preventive Medicine Approach
Thach Ngoc Nguyen,Thien Tich Pham,D. Huynh,Quang Dat Ha,Loc Vu,Nghi Tran,Thoa Le,Cardy Nguyen,Sarthak Aggarwal,Imran Mihas,Duc Minh Nguyen Huu +10 more
TL;DR: In this paper , the authors used U-net and Densenet-121 for vessel segmentation and convolutional neural network (CNN) for classification of flow in coronary angiograms.
TCT-144 Laminar Flow After Stenting Assured No Early Thrombosis nor Late In-Stent Restenosis: An Angiographic Machine Learning Analysis and Personalized Medicine Approach
Phuc N Vu,W. Hsu,M. Antunes,Thien Tich Pham,Loc Vu,Nghi Tran,Sarthak Aggarwal,Imran Mihas,Saanya Agarwal,Thach Nguyen,Phong Phan +10 more
Abstract 13024: Excessive Slow Flow and Thick Boundary Layers Cause Non ST Segment Elevation in Patients With Patent Coronary Arteries
Thach N Nguyen,Phuc X Le,Thoa Le,Nghi Tran,Le H Minh,Thu Q Nguyen,Thinh Cao,Gianluca Rigatelli,Dung T. Ho,Hung N Pham,Nghia T Nguyen Thuong,Marco Zuin +11 more
TL;DR: In non-STEMI and patent coronary arteries, severe slow flow and prolonged retention of thick boundary layers were the culprits and open new management and preventive options for patients with non-STEMI and patent coronary arteries.