Improvement in Radiologists?? Detection of Clustered Microcalcifications on Mammograms

Heang‐Ping Chan(Ross Laboratories (United States)), Kunio Doi(University of Chicago), CARL J. VYBRONY(University of Chicago), Robert A. Schmidt(University of Chicago), Charles E. Metz(University of Chicago), Kwok L. Lam(University of Chicago), Toshihiro Ogura(University of Chicago), YUZHENG WU(University of Chicago), Heber MacMahon(University of Chicago)
Investigative Radiology
October 1, 1990
Cited by 361

Abstract

Relatively simple, but important, detection tasks in radiology are nearing accessibility to computer-aided diagnostic (CAD) methods. The authors have studied one such task, the detection of clustered microcalcifications on mammograms, to determine whether CAD can improve radiologists' performance under controlled but generally realistic circumstances. The results of their receiver operating characteristic (ROC) study show that CAD, as implemented by their computer code in its present state of development, does significantly improve radiologists' accuracy in detecting clustered microcalcifications under conditions that simulate the rapid interpretation of screening mammograms. The results suggest also that a reduction in the computer's false-positive rate will further improve radiologists' diagnostic accuracy, although the improvement falls short of statistical significance in this study.


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