DrAid™ for Liver Segmentation is a web-based AI software that assists healthcare professionals in analyzing liver images from CT scans. It generates semi-automated liver segmentation and allows physicians to manually refine these segmentations and identify lesions, aiding in evaluation and treatment planning without providing direct diagnosis.
DrAid™ for Liver Segmentation is a web-based software, non-invasive image analysis application designed for the visualization, evaluation, and reporting of liver and physician identified lesions using multiphase images (with slice thickness <= 3.0mm) of patients aged and older than 22 years old obtained from CT scanners. It enables professionals to review and analyze multiphase volume datasets of the liver, providing semi-automated liver segmentation editable by physicians and tools for manual segmentation of lesions. The software outputs liver volume, lesion volume, and lesion dimensions to aid evaluation and treatment planning.
DrAid™ for Liver Segmentation is a web-based software application that processes multiphase CT DICOM images using an AI algorithm for semi-automated liver segmentation, combined with manual editing capabilities. It provides a DICOM processing module, liver segmentation viewer, measurement algorithms, and reporting tools. It operates on standard hospital/clinic workstations to assist physicians and technicians.
Performance testing included validation on 450 contrast-enhanced CT scans from US medical institutions, showing a mean Dice score of 0.9649 and HD95 of 1.7061 for liver segmentation, meeting or exceeding acceptance criteria. Liver volume measurement error was within 3% mean normalized volume error. Testing used ground truth annotations from 3 US board-certified radiologists and validated device robustness across various scanner types and patient subgroups.
No predicate devices specified
Subscribe to join 7,600+ peers who rely on RadAI Slice. Get the essential weekly briefing that empowers you to navigate the future of radiology.
We respect your privacy. Unsubscribe at any time.