Clinical Applications

CT Body Perfusion 4D enables whole organ functional assessment. Parametric maps, based on the contrast flow through an organ, provide additional information to aid clinical decision-making.

CT Brain Perfusion provides visualization of apparent blood flow, blood volume and mean transit time (MTT), which can help physicians determine the presence of acute cerebral infarcts in brain tissue affected in an acute stroke.

This application aids with assessing the whole brain and evaluating perfusion deficits by displaying 4D-DSA views of blood flow in the vessels and 3D perfusion maps. It supports the physician in visualizing the apparent blood perfusion in brain tissue affected by acute stroke.

CT EVSP enables visualization and measurements of aortic vessels for evaluation, treatment and follow-up for aortic vascular disorders.

CT EP Planning enables analysis and assessment of the left atrium and pulmonary veins. The application provides optimized 2D and 3D views with tools for quantitative measurements and 3D model export capabilities.

CT Liver Analysis provides tools for segmenting and quantifying the liver and liver-related tumors. It provides automatic registration for display of multiple series, optimized screen layouts and quantification tools for routine clinical measurements.

CT TAVR Planning assists with the assessment of the aortic valve and in pre-operative planning and post-operative evaluation of transcatheter aortic valve replacement procedures.

Olea MR Neuro application is integrated into Vitrea Advanced Visualization and provides dedicated brain tumor and expanded stroke protocols which provide quick assessment of brain disorders.

Image Denoising is a software-based, post-processing filter designed to be used in conjunction with original image data. It assists clinicians in the enhancement of 3D and MPR CT and XA image.

XA 3D-Angio provides visualization and analysis tools for rotational images acquired in angiography labs. 3D angiography provides enhanced 3D views of complex anatomy.