Researchers develop gene classifier to predict DCIS risk of cancer progression

A team of researchers mapping a molecular atlas for ductal carcinoma in situ (DCIS) has made a major advance toward distinguishing whether the early pre-cancers in the breast will develop into invasive cancers or remain stable.

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Denmark ,Danish ,Graham Colditz ,Carlo Maley ,Susang Komen ,E Shelley Hwang ,Arizona State School Of Life Sciences ,National Institutes Of Health ,Washington University At St ,National Cancer Institute ,Department Of Defense ,Danish Cancer Society ,Lundbeck Foundation ,Breast Cancer Research Foundation ,Caixa Foundation ,Stanford University Medical Center ,Human Tumor Atlas Network ,Translational Breast Cancer Consortium ,Duke Cancer Institute ,Cancer Atlas Center ,Duke Health ,Moonshot Initiative ,Cancer Cell ,Rob West ,Stanford University Medical ,National Cancer ,Shelley Hwang ,Duke Cancer ,Arizona State School ,Life Sciences ,Washington University ,Breast Pre Cancer Atlas Center ,Translational Breast Cancer ,Human Tumor Atlas Network Consortium ,National Institutes ,Cancer ,Gene ,Breast Cancer ,Arcinoma ,Fell ,Ductal Carcinoma ,Genes ,Mh ,Research ,Surgery ,Humor ,