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MRI and CT
Lung Analysis
The content on this page is intended to healthcare professionals and equivalents.
Combatting Lung Cancer
According to WHO statistics, the ratio of lung cancer is increasing in the mortality rate of malignant neoplasm all over the world. There is a growing concern about the increasing prevalence of lung cancer regardless of gender. Therefore, CT checkup for lung cancer aiming at the reduction of mortality rate is drawing attention.
Lung Analysis
Early detection of lung cancer is possible. With comparison viewer and extracting function of nodule area in Lung Analysis function, it is much faster and efficient for clinicians.
Comparison Display Mode
In the comparison display mode, previous and current images, or lung window and mediastinal window can be displayed side by side. The automatic positioning function allows easy and simple analysis.
Automatic Extraction of Nodule Area
Nodule areas can be extracted automatically by clicking on the image. Quantitative analysis is possible as the volume and diameter of the nodule area are calculated simultaneously. If the previous set of nodule data is available, comparison can be done.
Easy Data Storage
Nodule information can be imported/exported. Users can stop the process during the middle of the analysis and import the previously analyzed data for comparison. Analysis images can be stored in DICOM and/or BMP format.
Analysis Results
Single display mode/Comparison display
- MPR:Average/MIP/MinIP
- 3D:Volume/Surface/MIP/MinIP/RaySum Nodule analysis
- Volume (mm³)
- Average CT value (HU)
- Area (mm²)
- Minimum diameter (mm)
- Sphericity
- Volume doubling time (days)
- Maximum diameter (mm)
Operating environment
- Applicable systems
- Whole-body X-ray CT system SCENARIA and Hyper Q-Net S
- Whole-body X-ray CT system Supria and Hyper Q-Net R