NOV 05 – 07, 2022CHICAGO, IL
  • Providers
  • Conference

AHA Scientific Sessions 2022

Booth #2606
3 Oral Presentations
3 Poster Presentations

Tempus’ mission is to apply data and AI to diagnostics in order to route every patient to a personalized, optimal therapeutic path. In cardiology, we’re focused on finding and helping patients with undiagnosed or undertreated cardiovascular diseases. We are pleased to share our latest scientific and clinical research findings during the AHA Scientific Sessions 2022.

Partner with Us

Tempus Air™ is a platform that will enable healthcare systems to add an ‘intelligent layer’ onto routinely generated data, to find appropriate patients for proactive care and disease management. Air ingests multimodal data, runs AI-based algorithms, and surfaces insights for care teams to evaluate and action. We are also partnering with the entire healthcare ecosystem to build, validate, and deploy data-driven solutions to help improve the under-diagnosis and under-treatment of CVDs.

SAT, NOV 05
4:42pm – 4:52pmLIVE

Composite Deep Learning ECG Algorithm Trained To Identify Structural Heart Diseases Can Identify Clinically Ascertained Hypertrophic Cardiomyopathy

McCormick South 104 B (Conference room)

4:54pm – 5:04pmLIVE

EHR-based Machine Learning Model Predicts Drug-induced QT Prolongation with Superior Performance Compared to Clinical Risk Predictors

S105ABC

MON, NOV 07
11:30am – 11:35amLIVE

Deep Learning Prediction of New-Onset Atrial Fibrillation Using Echocardiography Videos

Zone 3, Science and Technology Hall, Level 3

SUN, NOV 06
3:45pm – 4:45pm

An EHR-Based Machine Learning Model Predicts Myocardial Infarction Better than an ECG-based Machine Learning Model and the Pooled Cohort Equations

Zone 2, Science and Technology Hall, Level 3, Board #2030

3:45pm – 4:45pm

The impact of time censoring on machine learning models which identify patients with undiagnosed cardiac amyloidosis

Zone 3, Science and Technology Hall, Level 3, Board #3080

MON, NOV 07
11:00am – 12:00pm

Natural Language Processing Models Can Be Trained To Accurately Recognize The Presence Of Disease Within Clinical Notes

Zone 3, Science and Technology Hall, Level 3, Board #3072

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