Whether dermatoscopy deep features could serve as biomarker for the prediction of melanoma metastasis remains an underexplored area in medical research. In this cohort of 712 patients from 10 centres in 3 continents, a support vector machine classifier that analysed deep features on dermatoscopic images demonstrated similar prognostic performance for metastasis in terms of AUC and true positive rate to current benchmarks of melanoma staging, namely Breslow thickness and ulceration. Deep features derived from dermatoscopy could predict early-stage melanomas with high metastatic potential, tailoring further treatment strategies.

Prediction of melanoma metastasis using dermatoscopy deep features: an international multicentre cohort study

Argenziano G.;
2024

Abstract

Whether dermatoscopy deep features could serve as biomarker for the prediction of melanoma metastasis remains an underexplored area in medical research. In this cohort of 712 patients from 10 centres in 3 continents, a support vector machine classifier that analysed deep features on dermatoscopic images demonstrated similar prognostic performance for metastasis in terms of AUC and true positive rate to current benchmarks of melanoma staging, namely Breslow thickness and ulceration. Deep features derived from dermatoscopy could predict early-stage melanomas with high metastatic potential, tailoring further treatment strategies.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11591/543836
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