Classification of follicular-patterned thyroid lesions using a minimal set of epigenetic biomarkers.
Sandra Rodríguez-RoderoPaula Morales-SánchezJuan Ramón Ramón TejedorAndrés Coca-PelazCristina MangasAlfonso PeñarroyaIván Fernández-VegaLuís Fernández-FernándezCarmen M Álvarez-LópezAgustín Fernández FernándezMarina Arranz ÁlvarezAurora AstudilloPedro Pujante AlarcónCecilia RagnarssönAlberto Colina AlonsoHéctor Enrique Torres RivasJuan Pablo Rodrigo TapiaSandra Nieto TorreroYaiza Pedroche-JustRita María Regojo ZapataAna M Rodríguez-GarcíaAnabel AbóMilagros BalbínEdelmiro MenéndezElías Delgado-ÁlvarezMario Fernández FragaPublished in: European journal of endocrinology (2022)
In recent years, there has been a significant increase in the number of people diagnosed with thyroid nodules. The current challenge is their etiological diagnosis to discount malignancy without resorting to thyroidectomy. The method proposed here, based on DNA pyrosequencing assays, has high sensitivity (0.97) and specificity (0.88) for the identification of malignant thyroid nodules. This simple and cost-effective approach can complement expert pathologist evaluation to prioritize the classification of difficult-to-diagnose follicular-patterned thyroid lesions and track tumor evolution, including real-time monitoring of treatment efficacy, thereby stimulating adherence to health promotion programs.