Congress:
ECR25
Poster Number:
C-27006
Type:
Poster: EPOS Radiologist (scientific)
Authorblock:
M. Balaguer-Montero1, A. Marcos Morales1, M. Ligero2, D. Leiva1, L. M. Atlagich1, N. Staikoglou1, C. Zatse1, C. Monreal1, R. Perez Lopez1; 1Barcelona/ES, 2Dresden/DE
Disclosures:
Maria Balaguer-Montero:
Nothing to disclose
AdriĆ Marcos Morales:
Nothing to disclose
Marta Ligero:
Nothing to disclose
David Leiva:
Nothing to disclose
Luz Maria Atlagich:
Nothing to disclose
Nikolaos Staikoglou:
Nothing to disclose
Christina Zatse:
Nothing to disclose
Camilo Monreal:
Nothing to disclose
Raquel Perez Lopez:
Nothing to disclose
Keywords:
Artificial Intelligence, Liver, Oncology, CT, Computer Applications-General, Observer performance, Segmentation, Cancer
SALSA achieves precise and fully automated identification and delineation of liver cancer on CT images, facilitating more accurate quantification of tumor burden, a critical factor in cancer prognosis and management. The model achieved superior accuracy in tumor identification and volume quantification, outperforming state-of-the-art tools and exceeding the inter-reader agreement among three expert radiologists. SALSA holds promise for improving cancer care, enhancing patient outcomes, and increasing healthcare system efficiency by providing rapid, consistent, and reliable data on liver cancer count and volume, supporting both clinical trial endpoints and decision-making in clinical practice.
Limitations
- The masks considered as ground truth were assessed by only one experienced radiologist per scan, introducing variability as has been proven in the substudy.
- The criteria for the segmentation for the external validation cohorts were undisclosed (lesions smaller than 1 cm in diameter were delineated in the ground truth). All the development and test datasets were segmented following RECIST guidelines. Therefore, lesions smaller than 1 cm in diameter are not delineated by SALSA.