King's College London (Niederer Lab / CEMRG)
Model weights not public. Contact creators for more information.
Fully automatic, open-source deep learning pipeline for estimating left atrial fibrosis from late gadolinium enhancement (LGE) cardiac MRI, built to remove the operator-dependent steps that limit reproducibility of conventional atrial LGE analysis. A multilabel convolutional neural network delineates the left atrial blood pool, pulmonary veins, and mitral valve; these structures are then used to automatically calculate fibrosis burden via established image-intensity-ratio thresholds, without manual tracing. Validated on a 3D LGE-CMR dataset of 207 scans, the pipeline's automatic segmentation achieved a 91% Dice score against manual tracing, and its fully automatic fibrosis quantification closely matched semi-automatic reference methods. The CNN and pipeline are distributed as part of the open-source CemrgApp platform.
Architecture
CNN (2D)
2D multilabel convolutional neural network that segments the left atrial blood pool, pulmonary veins, and mitral valve from LGE-CMR slices, feeding into a downstream automated fibrosis-quantification pipeline
Added to catalog
2026-08-14
King's College London LGE-CMR Atrial Fibrosis Cohort
Multilabel segmentation of LA blood pool, pulmonary veins and mitral valve from LGE-CMR, feeding automated quantification of left atrial fibrosis burden