American College of Radiology / UW Institute / American College / The American College of Radiology / American College of Radiology Breast Imaging Reporting / University of Queensland / Essentia Institute of Rural Health / Data Warehouse / Marshfield Clinic / University of Wisconsin / /
IndustryTerm
clinical data mining / artificial neural network / data-mining / breast cancer care / breast imaging / imaging / preventive services / data mining software / appropriate healthcare decisions / /
MedicalCondition
DF / both invasive breast cancer / novel breast cancer / sporadic postmenopausal breast cancer / estrogen receptor-positive breast cancer / ductal carcinoma / significantly improved breast cancer / ductal tumors / SLC4A7 STXBP4 C6 ORF / Breast Cancer / cancer / disease / genome-wide discovered breast cancer / explore disease / institutional cancer / standard clinical breast cancer / advance breast cancer / /
Organization
Marshfield Clinic Weston Center / Genome-wide association / Department of Hematology/Oncology / UW Institute for Clinical and Translational Research / Radiology BI-RADS Committee / USA Marshfield Clinic Research Foundation / University of Queensland / Brisbane / Essentia Institute of Rural Health / the American College / School of Population Health / American College of Radiology / UW Carbone Cancer Center / University of Wisconsin / Madison / Marshfield / /
Person
Jie Liu / Jude Shavlik / Elizabeth Burnside / Catherine McCarty / Adedayo A. Onitilo / David Page / Peggy Peissig / Humphrey L. Screening / Ann Intern / /
Position
Diver / Hunter DJ / /
ProvinceOrState
Queensland / Wisconsin / Florida / /
PublishedMedium
Machine Learning / /
RadioStation
Dunning AM / /
Technology
Genomics / Data Warehouse / Machine Learning / neural network / data mining / SNP / genotype / /
Genetic Variants Improve Breast Cancer Risk Prediction on Mammograms Jie Liu, MS1 , David Page, PhD1 , Houssam Nassif, PhD1 , Jude Shavlik, PhD1 , Peggy Peissig, PhD2 , Catherine McCarty, PhD3 , Adedayo A. Onitilo MD, MS