• Corpus ID: 250607766

Self-supervised learning in non-small cell lung cancer discovers novel morphological clusters linked to patient outcome and molecular phenotypes

@inproceedings{Quiros2022SelfsupervisedLI,
  title={Self-supervised learning in non-small cell lung cancer discovers novel morphological clusters linked to patient outcome and molecular phenotypes},
  author={Adalberto Claudio Quiros and Nicolas Coudray and Anna H. Yeaton and Xinyu Yang and Luis A. Chiriboga and Afreen Karimkhan and Navneet Narula and Harvey I. Pass and Andre L. Moreira and John Le Quesne and Aristotelis Tsirigos and Ke-Fei Yuan},
  year={2022}
}
Histopathological images provide the definitive source of cancer diagnosis, containing information used by pathologists to identify and subclassify malignant disease, and to guide therapeutic choices. These images contain vast amounts of information, much of which is currently unavailable to human interpretation. Supervised deep learning approaches have been powerful for classification tasks, but they are inherently limited by the cost and quality of annotations. Therefore, we developed… 

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