According to studies, around 25% of annual diagnostic imaging procedures are for chest X-rays (CXRs). CXRs make up to almost half (44%) of all radiography pictures in the United States alone. Its broad usage in medical practice for a variety of cardiothoracic conditions can be attributed to several aspects, including ease of accessibility, mobility, familiarity, and price (compared to other imaging tests).
CXRs do, however, have a significant misinterpretation rate—up to 30%. In fact, according to earlier investigations, inter-radiologist and physician concordance for CXRs was as low as 78%.
Missed radiography findings can have serious consequences. For instance, take this other study that demonstrates that 19% of lung tumors that appeared as pulmonary nodules on CXRs were overlooked. Such overlooked results may be fatal for both patients.
The goal of this multi-center study was to find out whether a CXR AI algorithm can spot overlooked or mis-labeled CXR findings in radiology reports.
This study took into consideration multi-institutional radiology databases totaling 13 million reports to identify all CXR reports for the past 22 years. The data was collected from centers such as the Massachusetts General Hospital (MGH), Brigham Women Hospital (BWH), Faulkner Health Center (FH), Martha’s Vineyard Hospital (MVH), Salem Hospital (NSMC), Newton-Wellesley Hospital (NWH), and Spaulding Rehabilitation Hospital (SRH).
The study’s primary application relates to the functionality and practical application of Qure’s CXR AI – qXR . A team of expert radiologists used Qure.ai’s CE- approved qXR for this retrospective multi-center study. It was used to investigate if qXR can reduce the frequency of errors in detection and side-labeling of radiographic findings.
The qXR AI algorithm had high sensitivity (96%), specificity (100%), and accuracy (96%) for detecting all missed and mislabeled CXR findings. The AI could accurately detect mislabeled and missed findings. Qure’s qXR can reduce the frequency of errors in detection and side-labeling of radiographic findings.