Lung cancer, emphysema, and heart disease are leading killers worldwide. Detection of these conditions is complex and time-consuming. The ClearRead™ CT cardiothoracic AI suite leverages advanced artificial intelligence for increased efficiency, improved nodule detection accuracy, and quantification of coronary artery calcification (CAC) and hypodense lung tissue*.
Vessel Suppression An unimpaired view for enhanced confidence in findings
Pulmonary Nodules Automated nodule analysis and reporting to lighten cognitive load
CAC Automated CAC scoring for incidental detection on ungated CTs
LTA Quantification of hypodense lung tissue for a comprehensive lung health program*
As imaging volume continues to grow along with the demand for faster turnaround times and earlier diagnoses, workflow-friendly tools that improve efficiency and accuracy are essential. ClearRead CT is a valuable tool in lung cancer screening programs and for incidental coronary artery calcification scoring.
Scroll through each set of patient results to see the power of ClearRead CT.
ClearRead™ CT with Vessel Suppression (right) provides an unimpaired view of the chest, improves the visualization of the nodules, and is cleared for concurrent reading. Read 36% faster and reduce cognitive burden of nodule search.<sup>1</sup>
ClearRead™ CT with Vessel Suppression (right) provides an unimpaired view of the chest, improves the visualization of the nodules, and is cleared for concurrent reading. Press the play button to view the series. Read 36% faster and reduce cognitive burden of nodule search.1
ClearRead™ CT has segmented and characterized a 6.0 mm nodule that was missed by four out of four readers during a reader study.
The ClearRead™ CT Summary Report on the left shows all nodule findings. The right summary report is a detailed analysis of the first nodule. The nodule segmentation is shown along with other useful information including average diameter and volume.
Detailed nodule findings are integrated in the radiology report and can be exported as Nuance Web API, web API, HL-7, and structured report.
Coronary artery calcium is quantified for each coronary artery and in total using the Agatston score. In this case, there is mild calcification. The arterial age is also calculated to compare with the patient’s chronological age. The CAC index images are show on the right.
Coronary artery calcium is quantified for each coronary artery and in total using the Agatston score. In this case, there is mild calcification. The arterial age is also calculated to compare with the patient’s chronological age. Press play to view the CAC index images on the right.
Detailed CAC findings are integrated in the radiology report and can be exported as Nuance Web API, web API, HL-7, and structured report.
Hypodense lung tissue is quantified in the summary report on the left in each lobe and in total along with lobe and total lung volume. The emphysema index (%EI) shows the amount of hypodense tissue, while the normalized %EI shows the amount of hypodense tissue with the effects of the normalization algorithm applied.
Hypodense lung tissue is quantified in the summary report on the left in each lobe and in total along with lobe and total lung volume. The emphysema index (%EI) shows the amount of hypodense tissue.
*For Research Use Only
Detailed lung tissue analysis findings are integrated in the radiology report and can be exported as Nuance Web API, web API, HL-7, and structured report.
*For Research Use Only
ClearRead™ CT with Vessel Suppression (right) provides an unimpaired view of the chest, improves the visualization of nodules, and is cleared for concurrent reading. Press the play button to view the series. Read 36% faster and reduce cognitive burden of nodule search.1
ClearRead™ CT with Vessel Suppression (right) provides an unimpaired view of the chest, improves the visualization of nodules, and is cleared for concurrent reading. Press the play button to view the series. Read 36% faster and reduce cognitive burden of nodule search.1
ClearReadTM CT segmented a 12.2 mm nodule. Notice the improved visibility of the nodule in the Vessel Suppressed image.
The ClearRead™ CT Summary Report on the left shows all nodule findings. The summary report on the right is a detailed analysis of the first nodule. The nodule segmentation is shown along with other useful characterizations including average diameter and volume.
Detailed nodule findings are integrated in the radiology report and can be exported as Nuance Web API, web API, HL-7, and structured report.
Coronary artery calcium is quantified for each coronary artery and in total using the Agatston score. In this case, there is severe calcification in the left anterior descending and right coronary artery and mild calcification in the left main. The arterial age is also calculated to compare with the patient’s chronological age. The CAC index images are shown on the right.
Coronary artery calcium is quantified for each coronary artery and in total using the Agatston score. In this case, there is severe calcification in the left anterior descending and right coronary artery and mild calcification in the left main. The arterial age is also calculated to compare with the patient’s chronological age. Press play to view the CAC index images on the right.
Detailed CAC findings are integrated in the radiology report and can be exported as Nuance Web API, web API, HL-7, and structured report.
Hypodense lung tissue is quantified in the summary report on the left for each lobe and in total along with lobe and total lung volume. The emphysema index (%EI) shows the amount of hypodense tissue. Press play to view the LTA index images on the right.
*For Research Use Only
Hypodense lung tissue is quantified in the summary report on the left for each lobe and in total along with lobe and total lung volume. The emphysema index (%EI) shows the amount of hypodense tissue. Press play to view the LTA index images on the right.
*For Research Use Only
Detailed lung tissue analysis findings are integrated in the radiology report and can be exported as Nuance Web API, web API, HL-7, and structured report.
*For Research Use Only
ClearRead™ CT with Vessel Suppression (right) provides an unimpaired view of the chest, improves the visualization of the nodules, and is cleared for concurrent reading. Read 36% faster and reduce cognitive burden of nodule search.<sup>1</sup>
ClearRead™ CT with Vessel Suppression (right) provides an unimpaired view of the chest, improves the visualization of the nodules, and is cleared for concurrent reading. Press play to view the series. Read 36% faster and reduce cognitive burden of nodule search.1
This case demonstrates the Compare functionality in ClearRead™ CT with 4 different nodule findings. The candidate prior (right) is automatically retrieved and compared with any findings on the current exam (left).
The first finding is a 5.0 mm nodule. Notice the improved visibility of the nodule in the Vessel Suppressed image on the right.
The ClearRead™ CT Summary Report on the left shows all nodule findings. The right summary report is a detailed analysis of the first nodule that includes the nodule finding on the prior exam, too. Prior and current nodule segmentation is shown along with other useful information including average diameter and volume.
The current and prior slices for the second nodule finding are provided.
There are two nodule findings visible on this view including a 10.9 mm and a 6.5 mm nodule.
The ClearRead™ CT summary report for the second finding is a detailed analysis of the nodule that includes the nodule finding on the prior exam, too. Prior and current nodule segmentation is shown along with other useful information including average diameter and volume.
The ClearRead™ CT summary report shows a detailed analysis of the nodule finding. However, the nodule did not have a match on the prior exam.
The current and prior slices for the last nodule finding are provided.
The last finding is a 14.2 mm nodule.
The ClearRead™ CT Summary Report on the left shows all nodule findings. The right summary report is a detailed analysis of the last nodule that includes the nodule finding on the prior exam, too. Prior and current nodule segmentation is shown along with other useful information including average diameter and volume.
Detailed nodule findings are integrated in the radiology report and can be exported as Nuance Web API, web API, HL-7, and structured report.
Coronary artery calcium is quantified for each coronary artery and in total using the Agatston score. In this case, there is moderate calcification. The arterial age is also calculated to compare with the patient’s chronological age. Press play to view the CAC index images on the right.
Coronary artery calcium is quantified for each coronary artery and in total using the Agatston score. In this case, there is moderate calcification. The arterial age is also calculated to compare with the patient’s chronological age. Press play to view the CAC index images on the right.
Detailed CAC findings are integrated in the radiology report and can be exported as Nuance Web API, web API, HL-7, and structured report.
Our ClearReadTM Chest imaging interpretation solutions are built upon advanced AI algorithms that target the biggest health threats globally. A full suite of ClearRead Chest solutions are purpose-built to detect disease earlier, more efficiently, and provide improved patient outcomes. These AI tools target the most prevalent global chest conditions including lung cancer and cardiovascular disease.
Lung cancer
Pneumothorax
Coronary Artery Calcification (CAC)
ClearRead content is read on institutions existing PACS review stations, eliminating the need for costly dedicated workstations and disjointed workflows. See how it will work within your workflow.
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“ClearRead CT technology has helped us to detect lung nodules that may have otherwise been missed.”
Peer reviews, reference accounts and independent studies confirm our success.
Our effectiveness is validated by real-world success stories from our medical partners.
Browse a variety of videos for greater insight into our technology and its applications.
