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EchoNet-Aging

Cedars-Sinai Medical Center (Smidt Heart Institute) / Ouyang Lab

Echocardiography video

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Echocardiography

Cardiac aging / biological age

Filter catalog by Disease / Trait:
Prognosis & Aging

Regression

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Regression

CNN (3D)

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Convolutional (CNN)

PyTorch

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PyTorch

Predicts a patient's age from echocardiogram videos across four standard views (PLAX, A2C, A4C, and subcostal), trained on a private multi-site cohort of over 2.6 million videos from more than 166,000 studies across roughly 90,000 patients. The gap between this AI-predicted age and true chronological age is studied as a marker of accelerated or delayed cardiovascular aging and its relationship to all-cause mortality. Uses a 3D CNN (R(2+1)D) with a separate pretrained model per view. Developed by Cedars-Sinai Medical Center and Stanford's Ouyang lab.

memory Specifications

category

Architecture

CNN (3D)

R(2+1)D 3D-CNN regression model, with a separate pretrained weight file per echocardiographic view (A4C, PLAX, A2C, SC)

code

Framework

PyTorch

calendar_month

Added to catalog

2026-07-10

description Publication

database Training & evaluation data

Cedars-Sinai / Stanford Echocardiography Cohort (EchoNet-Aging)

train

public 90,738 subjects · USA

166,508 studies, 2,610,266 videos, from 90,738 patients

science Capabilities & performance

Predicted age (all views combined)

Regression Cardiac aging / biological age
6.76 (6.65–6.87) MAE Cedars-Sinai Medical Center test set · internal
0.732 (0.72–0.74) R-squared Cedars-Sinai Medical Center test set · internal