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Cardiac Diagnostics Software
5 software items found
by:Pie Medical Imaging B.V. based inMaastricht, NETHERLANDS
Caas MR 4D Flow is specifically designed to extract relevant information from 3D phase-contrast (PC) MR images, within a few clicks. Based these phase-contrast images, two pioneering 4D Flow modules are offered to perform a complete flow analysis that can aid in reading and interpreting cardiovascular MR images and assist in planning the time and type of an intervention. These two modules include ...
by:Pie Medical Imaging B.V. based inMaastricht, NETHERLANDS
Designed for the imaging specialist, Caas MR Functional Analysis assists in functional analysis of the heart. The endocardial and epicardial wall of the ventricle can be automatically segmented on short axis images. Long axis images can also be used for segmentation. Ejection fraction, End Diastolic (ED), and End Systolic (ES) volumes are accurately calculated. Wall results in terms of ...
by:Pie Medical Imaging B.V. based inMaastricht, NETHERLANDS
Caas MR Tissue Characterization includes three workflows: Viability, First-Pass Perfusion, and Tissue Mapping. Differentiate between viable and non-viable tissue using regional infarct classification based on delayed-enhanced MR images. Assess myocardial edema based on T2-weighted images. By combining segmental infarct and edema areas, salvageable areas in the area at risk can be identified. ...
Manufactured by:GETEMED Medizin- und Informationstechnik AG based inTeltow, GERMANY
The Holter analysis software CardioDay® was designed in close cooperation with users from all areas – from routine daily users to scientific researchers – and has stood the test of time by thousands of customers over many years. Both the starter version (CardioDay® Easy) and the standard version can be upgraded with various analysis tools to provide a customized solution that ...
by:CardioWise Inc. based inFayetteville, ARIZONA (USA)
Cardiowise connects cardiac CT data with innovative new artificial intelligence (AI) algorithms that augment human decision-making within existing clinical ...