Navigable Intelligent Visualization for Diagnosis and Treatment Ziostation2

CT Applications

CT analysis protocols optimize analysis by preserving original data resolution during data processing and image presentation

CT Myocardial Perfusion

Using the stress and rest data of heart scanned with a contrast material, this protocol provides polar maps and 3D fused images to review transmural perfusion ratio of LV myocardial blood flow.

CT Myocardial Perfusion

CT Dynamic Myocardial Perfusion

Analyzes myocardial blood flow using contrasted CT images as volume data scanned at the same cross-section, showing changes over time. Non-rigid registration is supported.

CT Dynamic Myocardial Perfusion

CT Coronary Territories

Creates masks for coronary arteries and their individual myocardial distributions using contrasted cardiac CT studies. Quantitive results include myocardial volumes by coronary segment.

>CT Coronary Territories

EP Planning

Automatically extract pulmonary veins and left atrium, display centerlines and lumen boundaries and provide measurements to enable analysis and assessment in support of EP Planning.

EP Planning

TAVR

This protocol allows comprehensive pre-procedure annulus assessment using static and dynamic* measurement tools. Assessment tools are also provided for femoral/iliac and apical access routes.
The latest Ziostation introduces new features to TAVR, such as surface rendering, automtic extraction of the annulus plane, and SCCT-compliant measurement and reporting functions.
*Dynamic mesurements require data pre-processing by PhyZiodynamincs Server.

TAVR
TAVR

CT Coronary Analysis

With contrasted CT images, this protocol automatically extracts the coronary arteries and displays the results in views such as MIP, CPR, and Straight CPR. Calculation of vessel stenosis is available.

CT Coronary Analysis CT Coronary Analysis

CT Calcium Scoring

Using non-contrasted CT, this protocol scores calcium in the coronary arteries.

CT Calcium Scoring

CT Cardiac Function

Utilizing multi-slice CT images of heart, this protocol segments the inner and outer walls of the left ventricle, and calculates ejection fraction, wall thickness, wall thickness ratio and regional wall motion.

CT Cardiac Function

CT RV Cardiac Function

Indices of RV function, such as EF and volumes, can be easily obtained through operations similar to LV Function analysis, with results for both ventricles presented simultaneously.

CT RV Cardiac Function

CT/SPECT Cardiac Fusion

This protocol fuses functional (SPECT) and anatomic (CT) cardiac studies, supporting analysis of stress, rest and reversibility.

CT/SPECT Cardiac Fusion

CT Perfusion

Analyzes blood flow using contrasted CT images scanned at the same cross-section, showing changes over time.

CT Perfusion

CT Volume Perfusion

Analyzes blood flow using contrasted CT images as volume data scanned at the same cross-section or VR aspect, showing changes over time.

CT Volume Perfusion

CT Dental Viewer

Using mandible and/or maxilla CT images, this protocol computes and displays panoramic and cross-cut images.

C Dental Viewer

CT Lung Resection Planning

Creates total lung airway and PA masks using contrasted CT studies, and provides dimensions and volumes of the lungs and extracted lesions.

CT Lung Resection Planning

CT Lesion Analysis

Segments and quantifies suspected lesions from multiple studies to track changes in size over time.

CT Lesion Analysi

CT Pulmonary Analysis

Segments image masks of bronchi and lungs using CT scanned chest data with or without a contrast, and provides measurements such as bronchial diameters and LAV for quantitative assessments of airways.

CT Pulmonary Analysis

CT Liver Analysis

This protocol is used to segment image masks of the hepatic artery, portal vein, hepatic vein using data of liver scanned with a contrast material and measure volumes including liver segments and lesions.

CT Liver Analysis

CT Colon Analysis

Extracts air-filled tracts of the colon from CT images and displays the results in a “filet” view and virtual endoscopy views(VE+MPR). You can mark the ROI and make observations.

CT Colon Analysis

CT Fat Measurement

A single click instantly distinguishes and quantifies (with area measurement and ratio caclulation) subcutaneous versus visceral fat, and discloses abdominal girth. With input of height and weight, BMI is also calculated and displayed.

CT Fat Measurement

CT Dual Energy Analysis

This protocol shows a histogram of two data sets obtained with different tube voltages, scanned by Dual Source CT. Tissues with signatures included within a ROI drawn on the graph can be segmented as a mask and used for 3D analysis.

CT Dual Energy Analysis

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