Not logged in.png)
Share.png)
SaveIdentification of cardiac wall motion abnormalities in diverse populations by deep learning of the electrocardiogram
Rogers, Albert J.; Bhatia, Neal K.; Bandyopadhyay, Sabyasachi; Tooley, James; Ansari, Rayan; Thakkar, Vyom; Xu, Justin; Soto, Jessica Torres; Tung, Jagteshwar S.; Alhusseini, Mahmood I.; Clopton, Paul; Sameni, Reza; Clifford, Gari D.; Hughes, J. Weston; Ashley, Euan A.; Perez, Marco V.; Zaharia, Matei; Narayan, Sanjiv M. Share Save Simple models vs. deep learning in detecting low ejection fraction from the electrocardiogramHughes, John Weston; Somani, Sulaiman; Elias, Pierre; Tooley, James; Rogers, Albert J.; Poterucha, Timothy; Haggerty, Christopher M.; Salerno, Michael; Ouyang, David; Ashley, Euan; Zou, James; Perez, Marco, V Share Save Design and Implementation of an Electronic Health Record-Integrated Hypertension Management ApplicationHernandez, Mario Funes; Babakhanian, Meghedi; Chen, Tania P.; Sarraju, Ashish; Seninger, Clark; Ravi, Vishnu; Azizi, Zahra; Tooley, James; Chang, Tara I.; Lu, Ying; Downing, N. Lance; Rodriguez, Fatima; Li, Ron C.; Sandhu, Alexander T.; Turakhia, Mintu; Bhalla, Vivek; Wang, Paul J. Share Save Electrocardiographic deep learning for predicting post- procedural mortality: a model development and validation studyOuyang, David; Theurer, John; Stein, Nathan R.; Hughes, J. Weston; Elias, Pierre; He, Bryan; Yuan, Neal; Duffy, Grant; Sandhu, Roopinder K.; Ebinger, Joseph; Botting, Patrick; Jujjavarapu, Melvin; Claggett, Brian; Tooley, James E.; Poterucha, Tim; Chen, Jonathan H.; Nurok, Michael; Perez, Marco; Perotte, Adler; Zou, James Y.; Cook, Nancy R.; Chugh, Sumeet S.; Cheng, Susan; Albert, Christine M. Share Save Performance of an Electrocardiographic Deep Learning Model for Detecting Wall Motion Abnormalities: An Analysis of Impact From Cardiovascular Comorbidities and Race in an External Validation StudyAnsari, Rayan A.; Bhatia, Neal; Tooley, James; Thakkar, Vyom; Xu, Justin; Torres, Jessica; Tung, Jagteshwar; Alhusseini, Mahmood; Clopton, Paul L.; Sameni, Reza; Clifford, Gari; Ashley, Euan A. Share Save Impact of Regional Cardiac Wall Motion Abnormalities on Ejection Fraction and Mortality: Large Data Enabled by Natural Language ProcessingRogers, Albert J.; Bhatia, Neal K.; Tooley, James; Thakkar, Vyom; Xu, Justin; Ansari, Rayan; Torres, Jessica; Tung, Jagteshwar; Alhusseini, Mahmood; Clopton, Paul L.; Sameni, Reza; Clifford, Gari Share Save Enhanced Identification of Cardiac Wall Motion Abnormalities: An Externally Validated Deep Neural Network Approach Outperforms Expert and Quantitative Analysis of ElectrocardiogramsRogers, Albert J.; Bhatia, Neal; Tooley, James; Thakkar, Vyom; Xu, Justin; Ansari, Rayan; Torres, Jessica; Tung, Jagteshwar; Alhusseini, Mahmood; Clopton, Paul L.; Sameni, Reza; Clifford, Gari; Ashley, Euan A.; Perez, Marco V.; Zaharia, Matei; Narayan, Sanjiv M. Share Save Interpretation of Deep Learning Model That Identifies Regional Myocardial Dysfunction From the Surface EcgAnsari, Rayan A.; Bhatia, Neal; Tooley, James; Thakkar, Vyom; Torres, Jessica; Tung, Jagteshwar; Alhusseini, Mahmood; Clopton, Paul L.; Sameni, Reza; Clifford, Gari; Ashley, Euan A.; Perez, Marco V. Share Save A deep learning-based electrocardiogram risk score for long term cardiovascular death and diseaseHughes, J. Weston; Tooley, James; Soto, Jessica Torres; Ostropolets, Anna; Poterucha, Tim; Christensen, Matthew Kai; Yuan, Neal; Ehlert, Ben; Kaur, Dhamanpreet; Kang, Guson; Rogers, Albert; Narayan, Sanjiv; Elias, Pierre; Ouyang, David; Ashley, Euan; Zou, James; Perez, Marco V. Share Save Share Save Share Save Deep learning evaluation of biomarkers from echocardiogram videosHughes, J. Weston; Yuan, Neal; He, Bryan; Ouyang, Jiahong; Ebinger, Joseph; Botting, Patrick; Lee, Jasper; Theurer, John; Tooley, James E.; Nieman, Koen; Lungren, Matthew P.; Liang, David H.; Schnittger, Ingela; Chen, Jonathan H.; Ashley, Euan A.; Cheng, Susan; Ouyang, David; Zou, James Y. Share Save Share Save Share Save Share Save Share Save Share Save 
.png){kind=icon}
.png){kind=icon}
.png){kind=icon}
.png){kind=icon}
.png){kind=icon}