Researchers have developed an attention-based multiple instance learning (ABMIL) framework to predict lung adenocarcinoma growth patterns from whole slide images. This method reduces the need for extensive annotations by integrating pretrained pathology foundation models as patch encoders. Experiments demonstrated that fine-tuning these encoders improved performance, with Prov-GigaPath achieving a Kappa score of 0.699 under the ABMIL framework, outperforming simpler aggregation baselines. AI
影响 Introduces a novel framework for medical image analysis that reduces annotation burden and improves prediction accuracy for cancer growth patterns.
排序理由 Academic paper detailing a new framework for medical image analysis using foundation models.
- ABMIL
- Lung adenocarcinoma
- Attention-based multiple instance learning
- Karen López-Linares Román
- pathology foundation models
- Prov-GigaPath
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