Welcome to Ziosoft’s demo page!
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Standard Applications
3d analysis
Ziostation2 handles the growing dataset sizes with ease, displaying high-definition Volume Rendered images, along with MPR, CPR, MIP, MinIP, SUM, VE and Gradient MIP data visualizations. All tools can be accessed immediately with top-level GUI selection controls.
PET/CT Fusion
The PET/CT Fusion protocol provides flexible and simple image overlay analysis. Standard Uptake Value calculations are enabled with ROIs and VOIs.
Multi-Modality Fusion
Up to four different series from different phases or even modalities can be layered using varied opacity profiles.
The Multi-Data Fusion protocol highlights spatial relationships between objects that can assist in planning surgical procedures.
MR/MR Fusion
MPR navigation of fused MR volumetric data.
Viewer
Fundamental protocol for viewing any DICOM compliant imaging data in 2D and MPR (for volumetric datasets).
CT Subtraction
The CT Subtraction protocol can perform high precision registration on pre and post contrasted images. High density structures are automatically removed and vessels can be extracted without any loss of smaller distal vessels.
SlabMIP
The Slab MIP protocol facilitates vessel walk-throughs in short axis and corresponding MPR views.
4D Analysis
The 4D Analysis protocol can load up to 100 phases of ECG-gated scans and provides real-time rendering of multi-phase 3D images to display dynamic anatomy.
Multi-Data Compare
The Multi-Data Compare protocol provides the ability to compare two distinct phases of data to assist in evaluation of disease progression.
4D TIC
This protocol allows time intensity curves to be generated from one or more ROIs placed anywhere within a multi-phase contrasted volumetric data set. TICs from multiple ROIs can be viewed simultaneously for comparison.
Advanced MPR Batch
With this protocol a user can designate a pathway defining the acquisition of a sequential series of MPR images, with special applicability to spinal imaging.
Cine Viewer
View multi-frame angio data. Features include cine playback, changing playback speed and simple measurements.
4D Subtraction
The 4D Subtraction protocol creates image subtraction series from dynamic multi-phase CT datasets, enabling true 4D angiographic visualization of vascular flow and anatomy.
CT Dual KV
The CT Dual kV protocol generates blended, subtraction and VNC images using Dual Energy CT scan data, and saves the results as a new series.
Computed DWI
Creating specific b-value images and using the calculated ADC map enables comprehensive analysis of lesion and diffusion characteristics.
MR Combination
Stitch multiple MR series and observe, combine and save into one series.
NEUROLOGY APPLICATIONS
CT Perfusion Analysis
Analyzes blood flow using contrasted CT images scanned at the same cross-section, showing changes over time.
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.
MR Brain Perfusion
Analyzes blood flow using contrasted MR images scanned at the same cross-section, showing changes over time.
CT Cerebrovascular Auto-segmentation
Automatic segmentation and visual differentiation of arteries and veins of the head.
CT Subtraction
The CT Subtraction protocol can perform high precision registration on pre and post contrasted images. High density structures are automatically removed and vessels can be extracted without any loss of smaller distal vessels.
MR Tractography
This protocol enables visualization of neural tracts using diffusion-weighted MR images.
Cerebral MRA Segmentation
Automatically segments major vessels or brain parenchyma for un-compromised advanced visualization of the major cerebral vasculature.
CARDIOVASCULAR APPLICATIONS
CT Cardiac Function LV
Utilizing multi-slice CT images of the 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 RV
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 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/SPECT Cardiac Fusion
This protocol fuses functional (SPECT) and anatomic (CT) cardiac studies, supporting analysis of stress, rest and reversibility.
CT Calcium Scoring
Using non-contrasted CT, this protocol scores calcium in the coronary arteries.
CT Myocardial Perfusion
Using the stress and rest data of the 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 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.
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. Surface rendering, automatic extraction of the annulus plane, and SCCT-compliant measurement and reporting tools are included.
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.
CT Coronary Compare
The CT Coronary Compare protocol allows you to perform coronary artery centerline extractions and stenosis-related lumen calculations on calcium substrated data with ease.
MR Coronary Analysis
With contrasted MR images, this protocol extracts coronary arteries and displays the results in MIP, CPR, and Straight View. Calculation of vessel stenosis is available.
MR Cardiac Function (LV)
Utilizing multi-phase MR images of the 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.
MR Cardiac Function (RV)
Harnessing the results of MR Cardiac Function (LV), this protocol segments the inner and outer walls of the right ventricle, and calculates ejection fraction.
MR Cardiac Time-Intensity
Analyzes blood flow in the myocardium using MR cardiac data obtained at rest and during stress.
MR Flow
Using phase contrast MR images, this protocol evaluates flux and velocity of a specified vessel.
MR Myocardial T1 Mapping
Using MR heart data scanned with and without a contrast material with different TI, this protocol extracts inner and outer wall contours of LV, shows color maps of T1 values calculated from T1 relaxation curve, and shows ECV calculated from hematocrit values and blood T1 values.
MR Cardiac Strain Analysis
Quantify myocardial strain using tagged MR images. Easily derive contours of multiple phases and graph strain across the phases.
CT Coronary Calcium Subtraction
Subtract coronary artery calcium and high-density areas and save the results as a new series. Use in conjunction with CT Coronary Compare for optimal visualization of the coronary vessel lumen.
CT Myocardial ECV Analysis
This protocol calculates myocardial extracelluar volume (ECV) and shows color maps on the myocardium and polar maps.
CT Coronary Territories
This protocol allows for quantification of myocardial volumes by coronary segment.
MR Cardiac Delayed Signal Intensity
Allows assement of myocardial tissue status by creating an editable color overlay on short axis images.
ABDOMINAL APPLICATIONS
CT Perfusion
Analyzes blood flow using contrasted CT images scanned at the same cross-section, showing changes over time.
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 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 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.
Vessel Analysis
Automatic extraction of the abdominal aorta and placement of vessel diameter tools (with landmark separation distances) in standard measurement locations. Our superior automated (as well as manual) centerline extraction reduces your effort in calculating vessel stenosis.
CT Renal Stone Analysis
A single click stone extraction enables volumetric measurements. This protocol also allows for viewing of baseline and serial exams for comparison.
MR Multiparametric Analysis
Using DCE MR images, this protocol displays high precision time-intensity curves for tissue characterization, with BI-RADS and general curve standardizations.
RESPIRATORY APPLICATIONS
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 Lesion Analysis
Segments and quantifies suspected lesions from multiple studies to track changes in size over time.
CT PA/PV Auto-segmentation
This standard feature allows you to display lungs, bronchi, pulmonary artery and pulmonary veins simultaneously. Click on an individual structure to toggle its inclusion in the arterial or venous mask. Fusion of structures such as lesions or tumors is straightforward.
4D Motion Analysis
Provides Dynamic CPR, Dynamic MPR, Dynamic ROI, etc. to evaluate multi-phase anatomical data and enables multi-data 4D fusion of anatomical and functional images.
CT Lung Resection Planning
High precision automatic segmentation of lungs, lung lobes, bronchi, pulmonary arteries and veins enable lung resection proposals based on bronchial or arterial anatomy.
Virtual Bronchoscopy
Using chest CT data, this protocol automatically extracts the bronchi, and creates and navigates a virtual bronchosopic pathway.
ORTHOPEDIC APPLICATIONS
MR Tx Mapping
Using MR data with different TE and spin lock times, this protocol measures T2, T2*, or T1rho values of the specified ROI and shows color maps.
3D Analysis
Use high-speed, high precision bone auto-segmentation tools with a single click.
DENTAL APPLICATIONS
CT Dental Viewer
Using mandible and/or maxilla CT images, this protocol computes and displays panoramic and cross-cut images.
