The data explosion resulting from multidetector computed tomography (MDCT) exams equates to a greater amount of time required for interpreting and reporting results. An additional challenge is incorporating data from different sites – and evaluating the data in a timely manner. One solution points to computer-aided detection (CAD) software, which is used to analyze lung imaging studies. The usage of lung CAD is steadily gaining ground as an increasingly reliable second pair of trained eyes to aid radiologists in the detection of pulmonary nodules.
Peter Herzog, MD, from the Clinical Radiology Department at the University Hospital of Munich wanted a solution to detect potential nodules and transfer the information across a network from multiple sites within the university. Dr. Herzog chose syngo® Lung CAD and syngo chest x-ray (CXR) CAD*. “syngo Lung CAD and syngo CXR CAD are extremely beneficial in my daily routine, particularly since I can view the results on the PACS workstation,” says Herzog. “The software is also able to differentiate between a nodule and a rib crossing, which is crucial during evaluation.”
syngo Lung CAD is a second-generation automated detection software for diagnostic chest CT examinations. Enabled via syngo CAD Manager for display on PACS (picture archiving and communication system) systems, syngo Lung CAD helps detect more pulmonary nodules between 3 mm and 10 mm in size. syngo CXR CAD is an image analysis software application. It is used as a second reader tool during the review and interpretation of digital chest radiographic exams. syngo CXR CAD is specifically designed to support identifying potential lung lesions with diameters between 8 mm and 30 mm.
Herzog also noticed increased usage with his colleagues. “My colleagues also think syngo Lung CAD is advantageous as a second reader tool, and helps them to identify nodules that could easily be overlooked.” An additional benefit of using syngo Lung CAD and syngo CXR CAD is the workflow enhancement of viewing the CAD results directly on the PACS workstation. The results are sent from different locations across the University Hospital of Munich to a central server. “We are able to view lung CT and chest x-ray CAD results from six locations on our PACS workstations,” says Dr. Herzog. “CAD results are available enterprise-wide, enabling faster interpretation with our high volume workflow.”
* syngo CXR CAD is not available for sale in the U.S.