ClearRead CT Detect

CT
Analysis
Lung Nodules

In a typical CT study, lung nodules and abnormalities are often shielded by physical structures and even machine "noise." ClearRead CT helps the normal be clear, the abnormal standout, and compare these findings with prior exams.

Riverain's ClearRead CT suppression technology simply allows radiologists to tackle a heavy workload that creates significant time restraints in analyzing each study. The ClearRead algorithm is effective at supporting the visualization and detection of solid, part-solid and ground glass nodules.

Concurrent Reading Enhances Workflow

ClearRead CT is an FDA-cleared device to support concurrent reading, allowing for faster reading with proven, superior^*, automatic nodule detection performance for multiple nodule types, including solid, sub-solid and ground-glass nodules.

^*As compared to readers not aided by ClearRead CT.

Automated Detection Can Reduce Variability

After the vessels have been suppressed, ClearRead CT Detect/Compare leverages the vessel-suppression series to locate and characterize suspected nodules, enabling transparent, consistent automatic measurements and has the ability to compare findings to prior studies.

ClearRead CT Compare

Aids radiologists in tracking finding changes over time.

References

Lo et al, Computer-Aided Detection of Lung Nodules, AJR, 2018
LB-1174-W ClearRead CT Physician's Training Manual
AR V28N7 Impact of Vessel Suppressed-CT K. Martini MD eta! July 2021
Han et al, Influence of lung nodule margin on volume- and diameter. Br J Radiol, 2018
Martini et al, Impact of Vessel Supressed-CT, Academic Radiology, 2021
Al Central, ClearRead CT Overview, aicentral.acrdsi.org/ProductDetails/16 accessed 29/04/2022

See Ahead for Yourself

Inquire now

The descriptions, claims and visuals for all non-Bayer owned applications originate and are obtained from the application providers, or excerpted from publicly available information. Bayer is providing this content for your information, but does not own and control such content.

BAYER, the Bayer Cross, Radimetrics and Calantic are trademarks owned by Bayer and/or registered in the U.S. Other trademarks and company names mentioned herein are properties of their respective owners.

This is intended to provide information for healthcare professionals and other relevant decision makers in the US. Not all offerings are available in all markets. For availability specific to your country please contact your local Bayer representative. These materials are exclusively for professional use.

Consult the operating instructions of a product for its intended use, characteristics and performance, contraindications, name of the manufacturer or its authorized representative and other essential information.

You are encouraged to report adverse events; reporting information can be found on https://www.bayer.com/en/pharma/report-side-effect

Any individuals depicted in this website are actors and not actual health care providers or patients. All patient data is fictitious. Images are an artistic representation for illustrative purposes only.

Bayer U.S. | Digital Solutions, 100 Bayer Blvd., Whippany, NJ 07981-0915

Last Updated: August 2024

Explore Your Local Site

ClearRead CT Detect/Compare

In a typical CT study, lung nodules and abnormalities are often shielded by physical structures and even machine "noise." ClearRead CT helps the normal be clear, the abnormal standout, and compare these findings with prior exams.

In one study, radiologists improved their sensitivity for detection of malignant lung nodules from 64.5% to 80.0%1

26% faster interpretation time in one study.1

One study demonstrated improved interreader agreement for the detection of pulmonary nodules utilizing CleaRead CT.1

Concurrent Reading Enhances Workflow

Automated Detection Can Reduce Variability

ClearRead CT Compare

See Ahead for Yourself

In one study, radiologists improved their sensitivity for detection of malignant lung nodules from 64.5% to 80.0%¹

26% faster interpretation time in one study.¹

One study demonstrated improved interreader agreement for the detection of pulmonary nodules utilizing CleaRead CT.¹