IntelliSpace Portal clinical portfolio

• One-click 3D segmentation and quantification of coronary artery calcifications (CAC) and includes mass, Agatston, and volume scores.
• Customized reporting of measurements and calcium scores.
• Each report is editable and new default templates can be easily created and included in the system configuration.
• Multi-Ethnic Study of Atherosclerosis (MESA) risk-score is embedded into the workflow, including reporting.

• Includes capabilities which supports quantification and characterization of coronary plaque from multidetector computed tomography (MDCT) data.

• Synchronization of multiple cardiac phases with interactive slab-MIP tools to assist for review purposes.
• Rib cage removal for cardiac CT scans enables a 3D anatomical volume rendering image of the heart and the large blood vessels connected to it, after removing the rib-cage structures automatically, for different types of clinical questions, and scanning protocols. This assists in visualization of complex anatomy, and results sharing (e.g. with surgeons).

• Visualize the entire coronary tree, vessel lumen via morphological analysis, and analyze free lumen diameter.
• Perform functional analysis of ventricles and analyze chamber and valve morphology in 3D and using dynamic cine mode. Additional calculations include regurgitation volume and fraction index, RV/LV Early and Late (active and passive) filling volumes, and Early/Late LV filling ratio.

• Allows loading both gated and un-gated rest, and gated and
  un-gated stress MI datasets simultaneously with the CT.
• The MI images are displayed in the short axis and the two long axis planes.
• The axes definition is derived from the CT study.

• Color map representation of the myocardial blood flow and blood volume.
• Analysis through color map and time density curves of perfusion parameters.
• The spatial alignment leads to improved quantification of myocardial perfusion.

• Provides, overall assessment of pulmonary veins, left atrial, and appendage anatomy, enabling the electrophysiologist to identify anatomy that may complicate the EP procedure.

• Perform visual assessments of low-attenuation deficits within the left-ventricular myocardium via:

- color maps shown in short-axis views

- segmentation maps shown on short-axis and polar plots, displayed along with long-axis reference images

- volumetric visualization of coronary arteries along with segmentation maps displayed as an overlay on top of a 3D myocardial surface.

• Automatic chamber and coronary segmentation using mono-energetic images.
• Beam hardening reduction for: perfusion deficits visualization and calcified plaque visualization.

• Allows reviewing of spectral data and identification of most relevant result to be launched into the conventional CT application for routine work – even for applications that were not developed to support Spectral functionality:

- Virtual Colonoscopy application

- Liver application

- Trauma Viewer (Acute Multifunctional Review)

- TAVI application

- PAA application

- Brain Perfusion application

- Functional CT (FCT) application.

• Model-based segmentation of the aortic valve with automatic calcium segmentation and improved landmark detection.
• Dimensions measurements of the relevant anatomy structures for TAVI-device sizing.
• Provides a reasonable starting angle of the C-arm for device deployment, in the Cath-lab or hybrid operating room.
• Vascular access route included in the application, thus enabling potential time saving.

• Cardiac MR data labeling to enable fast reviews.
• Cardiac phase and geometry linking for easy review.
• MR Function semi-automatic and multiple manual segmentation tools for LV and RV.
• Ability to see all slices of the SA series in one viewport.
• Allows editing of source data and recalculatation of parametric maps by curve fitting using the Least Squares (LSQ) method.

• Review global and diffuse myocardial pathologies by means of T1 maps, T2 maps, and T2* maps.
• Manual and automatic motion correction tools are provided which may enhance map calculations.
• Expended acquisitions support: Molli, shMolli, SASHA, T2prep.

• Manual segmentation and editing options in order to segment the LV; optional automated affine or rigid corrections to compensate for breathing motion.
• Integrated rest-stress comparison.
• Various outputs formats, including time-intensity graphs, bull's eye plots, temporal enhancement diagrams, color-coded overlays on anatomical images.

• Results can be presented in a high-quality 3D rendering, including 3D export formats (i.e. STL) for 3D printing.
• ‘Create new tissue segment’ workflow to support segmentation based on ‘masking and seeding’.
• Seed based segmentation.
• Minimal user interaction due to improved 3D segmentation.
• Provide one 3D view / model from different series and dynamics to support decision making in complex hemodynamic structures.
• Prepare and export 3D models in a user defined smoothness, opacity and format suitable for 3D printing and surgical navigation software.

• Includes automatic vessel contour detection for large vessels to perform vessel's flow analysis.
• Background correction allows for offset correction required for q-flow data of certain MR vendors.
• Integrate QFlow as part of MR Cardiac Suite.
• Allow comparison of flow results to cardiac function in ONE suite.
• Qflow and Function (and other analysis) combined reporting.

• Offers multiple clinical benefits including improved image resolution and improved workflow efficiency.
• Enables, TI-201, In-111, Ga-67, I-123, or I-131 and usedhalf-time cardiac SPECT imaging using supported Philips systems for improved workflow efficiency while maintaining image quality.
• Supports interpretative certainty and diagnostic accuracy.
• Can be applied to SPECT studies using Tc-99m for most Molecular Imaging procedures.
• Compatible with the following Philips cameras only: CardioMD (acquisition software v2.x), Forte, BrightView, BrightView X, BrightView XCT, SkyLight, and Precedence.

• Layouts Selection, allows user to define different layouts for different presets. For each preset the user will have 4 different layouts.
• MPR, MIP and fused 3D volume display.
• Continuous scrolling option.
• 2D and 3D SUV measurements: SUV Body Weight, SUV Lean Body Mass, SUV Body, Surface Area, and SUV Body Mass Index.
• Automated 3D segmentation of lesions based on SUV value or percentage of SUV max, and the ability to export 3D contours in DICOM-RT Structure.
• Set format to radiation therapy planning systems.

• Advanced viewing, manipulation, and analysis of 3D ultrasound data.
• Perform multi-planar reconstruction, iSlice tomographic imaging, and advanced rendering functions.
• Easily generate 2D and volume measurements using semi- automated analysis tools.
• Compatible with 3D datasets from Philips EPIQ, Affiniti, iU22, HD15, HD11 and HD9 systems.