The M-Vu Algorithm Engine is a Computer-Aided Detection (CAD) software device in
The M-Vu Algorithm Engine is a Computer-Aided Detection (CAD) software device intended to aid radiologists in reading mammograms. It is a proprietary software application designed to process digitized film mammograms and digital mammograms. The mammogram images are automatically analyzed to mark areas for review by a radiologist. Results are displayed on either a mammography workstation, high resolution monitor, or printed case report.
Parascript® AccuDetect® is a Computer-Aided Detection (CAD) software device inte
Parascript® AccuDetect® is a Computer-Aided Detection (CAD) software device intended to aid radiologists reading mammograms. It is a proprietary software application designed to process FFDM images. The digital mammography images are automatically analyzed to identify areas suspicious for possible soft tissue densities and/or calcifications. Results are displayed on a computer monitor for review by a radiologist. The radiologist is instructed to first review each case in the conventional manner and then re-examine the case utilizing the information supplied by the Parascript® AccuDetect system before making a final assessment for the case.AccuDetect® is not a diagnostic device, as the CAD marks are intended to be used to assist only in detection and not in interpretation. Therefore, AccuDetect® can assist a radiologist in detecting areas of concern that would have been missed without its use, but if used properly it cannot cause a radiologist to miss areas of concern that would have been detected without AccuDetect®.
Parascript® AccuDetect® is a Computer-Aided Detection (CAD) software device inte
Parascript® AccuDetect® is a Computer-Aided Detection (CAD) software device intended to aid radiologists reading mammograms. It is a proprietary software application designed to process FFDM images. The digital mammography images are automatically analyzed to identify areas suspicious for possible soft tissue densities and/or calcifications. Results are displayed on a computer monitor for review by a radiologist. The radiologist is instructed to first review each case in the conventional manner and then re-examine the case utilizing the information supplied by the Parascript® AccuDetect system before making a final assessment for the case.AccuDetect® is not a diagnostic device, as the CAD marks are intended to be used to assist only in detection and not in interpretation. Therefore, AccuDetect® can assist a radiologist in detecting areas of concern that would have been missed without its use, but if used properly it cannot cause a radiologist to miss areas of concern that would have been detected without AccuDetect®.
ClearRead Detect on Docker PlatformPrimary DI number should be M722XD20104C20037
ClearRead Detect on Docker PlatformPrimary DI number should be M722XD20104C200370.Re-entered 12/30/2020.
ClearRead Detect on Docker PlatformPrimary DI number mistyped as M722XD20104C203
ClearRead Detect on Docker PlatformPrimary DI number mistyped as M722XD20104C20370.Originally entered on 5/19/2020.
Logicon Caries Detector is a software tool for assisting in the diagnosis of pro
Logicon Caries Detector is a software tool for assisting in the diagnosis of proximal surface dental caries on radiographs acquired by a commercially available digital x-ray sensor system called RVG that is distributed in the United States by Carestream Dental, LLC. The software analyzes demineralization of the tooth material and compares it to a histological database of known caries problems to generate a probability of decay being present. A graphic interface displays an enlarged radiographic image outlining the potential lesion site on the tooth in question with separate plots of tooth density variations and lesion probability. Logicon Caries Detector v5.2 has a "Prescan" feature, a method for automatically scanning all of the interproximal surfaces in a bitewing radiograph of posterior teeth for interproximal caries. It displays caries outlines for all surfaces in one radiograph on one screen and allows dentist to view (1) screen result details (density change and decay probability for each outline), (2) save clinically important results and (3) explore others with the ROI tool. Doctor can build his own final diagnostic results screen combining his own manual results and adjusted PreScan results. PreScan uses same caries detection algorithms as original device; but now automatically opens the V-tool on each interproximal surface.
Logicon Caries Detector is a software tool for assisting in the diagnosis of pro
Logicon Caries Detector is a software tool for assisting in the diagnosis of proximal surface dental caries on radiographs acquired by a commercially available digital x-ray sensor system called RVG that is distributed in the United States by Carestream Dental, LLC. The software analyzes demineralization of the tooth material and compares it to a histological database of known caries problems to generate a probability of decay being present. A graphic interface displays an enlarged radiographic image outlining the potential lesion site on the tooth in question with separate plots of tooth density variations and lesion probability. PreScan is a New Feature in Logicon Caries Detector v5.1. It is a method for automatically scanning all the interproximal surfaces in a bitewing radiograph of posterior teeth for interproximal caries. It displays caries outlines for all surfaces in one radiograph on one screen and allows dentist to view (1) screen result details (density change and decay probability for each outline), (2) save clinically important results and (3) explore others with the ROI tool. Doctor can build his own final diagnostic results screen. PreScan uses same caries detection algorithms as original device; but now automatically opens the V-tool on each interproximal surface.
Logicon Caries Detector is a software tool for assisting in the diagnosis of pro
Logicon Caries Detector is a software tool for assisting in the diagnosis of proximal surface dental caries on radiographs acquired by a commercially available digital x-ray sensor system called RVG that is distributed in the United States by Carestream Dental, LLC. The software analyzes demineralization of the tooth material and compares it to a histological database of known caries problems to generate a probability of decay being present. A graphic interface displays an enlarged radiographic image outlining the potential lesion site on the tooth in question with separate plots of tooth density variations and lesion probability.
The iCAD PowerLook® Tomo Detection Software is a computer-assisted detection (CA
The iCAD PowerLook® Tomo Detection Software is a computer-assisted detection (CAD) software device intended to be used concurrently by radiologists while reading GE digital breast tomosynthesis exams. The system detects up to five soft tissue densities (masses, architectural distortions and asymmetries) in the 3D tomosynthesis images. The detections are blended with the standard 2D synthetic image and the CAD-enhanced 2D synthetic image is viewed on a mammography review workstation. The CAD-enhanced 2D synthetic image assists radiologists in identifying densities (masses, architectural distortions and asymmetries) that may be confirmed or dismissed by the radiologist in the digital breast tomosynthesis (DBT) images.
The SecondLook Computer-Aided Detection (CAD) system for mammography is intended
The SecondLook Computer-Aided Detection (CAD) system for mammography is intended to identify and mark regions of interest on screening and diagnostic mammograms from full-field digital mammography (FFDM) systems to bring them to the attention of the radiologist after an initial reading has been completed. Thus the system prompts the radiologist to areas on mammograms for second review only.
The SecondLook Computer-Aided Detection (CAD) system for mammography is intended
The SecondLook Computer-Aided Detection (CAD) system for mammography is intended to identify and mark regions of interest on screening and diagnostic mammograms from full-field digital mammography (FFDM) systems to bring them to the attention of the radiologist after an initial reading has been completed. Thus the system prompts the radiologist to areas on mammograms for second review only.