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IntelliSpace Portal clinical portfolio

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Acute Multi-Functional Reivew (AMFR)

CT Acute MultiFunctional Review (AMFR)

One application for systematic review
CT Acute MultiFunctional Review (AMFR) allows the clinician reading trauma cases to remain within one comprehensive post-processing application to accomplish the diagnosis of trauma patients that were scanned with CT.
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  • The application offers:

- Viewing stage for trauma assessment.

- Vascular assessment tools.

- Automatic spine curve reformation and vertebra labeling.

- Interactive pre-surgical MSK.

- Multifunctional Findings Navigator to create, manage,
and convey findings.

Advanced Vessel Analysis (AVA) Stent Planning

CT Advanced Vessel Analysis (AVA) Stent Planning

Endovascular stent placement
CT Advanced Vessel Analysis (AVA) Stent Planning includes multiple preset and user-defined options to gain detailed information for use in stent planning.
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  • The application allows you to export customized results to external reporting systems.
Body Perfusion

CT Body Perfusion

Quantifiable perfusion
CT Body Perfusion aids in the evaluation of acute or chronic stroke patients, as well as providing whole-organ or single-location liver perfusion.
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  • The package provides motion correction, and enables large coverage / low-dose imaging for superb neuro results.
Bone Mineral Anlysis (BMA)

CT Bone Mineral Analysis (BMA)

Track degenerative and metabolic bone disease
CT Bone Mineral Analysis (BMA) provides quantitative CT information to measure a patient's bone density, helping the physician assess the patient's risk of osteoporosis. CT BMA provides results without the need of a reference phantom.
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  • Phantomless calculations are determined by using the patients own fat and muscle tissue as reference points.
  • The application automatically calculates T-scores and Z-scores and includes tracking support from study to study as well as full color screens and reports.
Brain Perfusion

CT Brain Perfusion

Determine areas of reduced cerebral blood flow as compared to the contralateral hemisphere in ischemic stroke
Generates qualitative and quantitative information about changes in image intensity over time. Calculates and displays quantitative perfusion maps and provide summary maps which may help physicians in determining areas of reduced cerebral blood flow compared to the contralateral hemisphere.
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  • Default summary maps make use of rigorously validated perfusion thresholds, which may be edited by the user according to his preference.
  • Automatic motion correction that can be manually further refined.
  • Quality indicators (“traffic lights”) point at possible acquisition faults that may affect the results.
  • Studies of sufficient scan duration, permeability analysis can be used to measure the contrast agent permeation of the blood-brain barrier.
  • Pre-defined ROI templates for systematic and reproducible quantitative regional results.
Calcium Scoring

CT Calcium Scoring

One-click 3D calcium segmentation
Rapidly quantifies coronary artery calcifications (CAC) and includes mass, Agatston score, and volume scores. It allows you to distribute automated, customizable reports electronically or on paper.
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  • 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.
Cardiac Plaque Assessment

CT Cardiac Plaque Assessment

Evaluate coronaries plaque
Assess plaque sites using CT Cardiac Plaque Assessment. This application supports quantification and analysis of coronary plaque.
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  • Includes capabilities which supports quantification and characterization of coronary plaque from multidetector computed tomography (MDCT) data.
Cardiac Viewer

CT Cardiac Viewer

Quick cardiac visualization
Provides a comprehensive set of tools that allows quick visualization of one or multiple cardiac phases.
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  • 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).


Track lung disease
CT COPD helps quantifiably track the destructive process of diffuse lung disease (emphysema) and helps localize specific areas of the lung that have been affected.
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  • Automatically segment both the left and right lungs to determine total lung volume (cc), diseased lung volume (cc) and percentage of affected lung.
  • Segment the airway tree, attain centerlines, and measure airway parameters such as lumen diameter and wall thickness.
Comprehensive Cardiac Analysis (CCA)

CT Comprehensive Cardiac Analysis (CCA)

CT cardiac analysis
This application is based on an automatic 3D model-based whole-heart segmentation and zero-click coronary artery segmentation. This enables automatic extraction and visualization of the entire coronary tree.
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  • 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.
MI Fusion

CT-MI Fusion

Fusing cardiac CT-MI images
Cardiac CT-MI Fusion incorporates support for myocardial perfusion imaging (MPI).
ct mi fusion
  • 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.
Dental Planning

CT Dental Planning

Planning for oral surgery
In maxillofacial trauma cases, the course of treatment can often only be decided after a surgical consult. CT Dental Planning is designed to support enhanced surgical planning, and facilitate collaboration between radiologists and surgeons.
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  • The panoramic, cross sectional and volumetric images provides the oral surgeon with information on position of teeth and roots, existing implants, the mandibular canal and the density of the bone; The thickness of the bone, depth of the jaws and other pathologies can also be evaluated and measured.
Dual Energy Viewer

CT Dual Energy Viewer

Visualize data from dual-energy acquisition
CT Dual Energy Viewer provides a set of tools for registration, quantification, and visualization of dual-energy image data acquired from the Philips iCT scanner’s sequential dual-energy acquisition.
ct dual energy viewer
  • This application assists in separation and analysis of materials such as calcium, iodine, and uric acid.
Dynamic Myocardial Perfusion (DMP)

CT Dynamic Myocardial Perfusion (DMP)

Dynamic color maps provide an assessment of myocardial risk
This application supports visualization, diagnostic assessment, and quantification of cardiac images focusing on the left ventricular myocardium: specifically providing quantitative myocardial blood flow measurements for CT images, including the ability to identify areas of decreased perfusion within the myocardium that may represent ischemia. The application supports axial, ECG-gated CT images, consisting of multiple time shots of the same myocardial region over time. CT Dynamic Myocardial Perfusion displays the results as a composite image (single image that is calculated from a set of time course images at a single location).
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  • 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.
EP Planning

CT EP Planning

EP procedures planning
CT EP Planning allows electrophysiologists to quickly identify anatomy relevant to the EP procedure.
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  • Provides, overall assessment of pulmonary veins, left atrial, and appendage anatomy, enabling the electrophysiologist to identify anatomy that may complicate the EP procedure.
Liver Analysis

CT Liver Analysis

Advanced Liver segmentation
CT Liver Analysis automatically identifies the liver from a portal venous phase of a tri-phase liver scan. The application provides segmentation tools to facilitate for assessing the liver, hepatic vasculature of individual vascular segments, and physician-identified lesions. Automated segmentation tools can prove to be of use in rapidly extracting clinically reliable whole liver volumes, as evidenced by significantly shortened processing time and improved reproducibility of automated compared to manual approaches.
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  • Automated segmentation tools can prove to be of use in rapidly extracting clinically reliable whole liver volumes, as evidenced by significantly shortened processing time and improved reproducibility of automated compared to manual approaches.
  • As a basis for comprehensive analysis and quantification, the liver is segmented semiautomatically using six types of segmentation, including 8-lobe (Couinaud) and 9-lobe.
  • The application enables virtual hepatectomy, and provides volumetric calculation of resected and residual liver segments for RF ablation and surgery planning.
Lung Nodule Assessment (LNA)

CT Lung Nodule Assessment (LNA)

For diagnostic use and low-dose CT lung cancer screening
An advanced imaging package for the segmentation, quantification and follow-up of physician-indicated lung nodules, that can be used in both diagnostic and screening evaluations, supporting Low Dose CT Lung Cancer Screening.*
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  • One-click volume segmentation with advanced reporting tools to allow efficiently export results in various formats while supporting LungRADS categorization.
  • Workflow and decision support tools streamline follow-up readings, together with a Risk Calculator tool based on patient and nodule characteristics for estimation of the probability that lung nodules detected on baseline screening low-dose CT scans are malignant.
  • 2017 Fleischner criteria for incidental findings.
  • Features pre-filled data including characteristics for each nodule in configurable presets.
*The screening must be performed within the established inclusion criteria of programs/protocols that have been approved and published by either a governmental body or professional medical society. Please refer to clinical literature, including the results of the National Lung Screening Trial (N Engl J Med 2011; 365:395-409) and subsequent literature, for further information. Some functionalities may not be available in all territories. Please contact Philips representative for more details.
Lung Nodule CAD

CT Lung Nodule CAD*

Rely on an artificial second reader

Computer-aided detection system for chest multi-slice CT exams

Artificial second reader to support in detection of lesions or nodules which may have been missed.
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  • Automatically

- detect potentially actionable lung nodules – not just round objects or ROIs

- correlate 2D, 3D, and lung maps

- register current and prior nodules

- calculate nodule changes


  • Exclude normal anatomy with volumetric segmentation and detect nodules based on size, shape, density, and anatomical context.
  • Includes growth report and one-click display of all CAD findings.
*CAD functionality not available for sale in the US.
Myocardial Defect Assessment

CT Myocardial Defect Assessment

Assessing myocardial defects

Provides visual and quantitative assessment of segmented, low-attenuation defect areas within the myocardium from a single, gated cardiac CTA scan (retrospectively-gated spiral or Step and Shoot Cardiac).

The CT Myocardial Defect Assessment application is based on the robust, automatic, model-based, whole-heart segmentation from the CT Comprehensive Cardiac Analysis (CCA) application.

 myocardial defect assessment
  • 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.

Pulmonary Artery Analysis (PAA)

CT Pulmonary Artery Analysis (PAA)

Guided pulmonary embolism discovery
CT Pulmonary Artery Analysis (PAA) offers automatic segmentation of pulmonary arteries on MDCT data to estimate the patency of pulmonary arteries.
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  • A full suite of tools helps you visualize the lungs, review results, and report any PE findings. Extract relevant cardiac measurements such as RV/LV ventricular ratio and chambers volumes.
Spectral Advanced Vessel Analysis

CT Spectral Advanced Vessel Analysis

IQon Spectral CT Functionality
  • Bone removal on different energy levels.
  • Spectral plots to characterize plaque and stenosis.
  • Different energy results comparison.
  • Evaluation of the extent of lumen occlusion.
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Spectral Comprehensive Cardiac Analysis

CT Spectral Comprehensive Cardiac Analysis

IQon Spectral CT Functionality
Provides the ability to run cardiac segmentation on different energy levels, compare vessel curves with various spectral data types, and enhance the visual assessment of coronary vessel patency.
spectral comprehensive cardiac analysis
  • Automatic chamber and coronary segmentation using mono-energetic images.
  • Beam hardening reduction for: perfusion deficits visualization and calcified plaque visualization.
Spectral Magic Glass on PACS

CT Spectral Magic Glass on PACS*

IQon Spectral CT Functionality
IQon Spectral CT is the only scanner to offer CT Spectral Light Magic Glass and CT Spectral Magic Glass on PACS, helping radiologists review and analyze multiple layers of spectral data at once, including on their PACS.
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  • On-demand simultaneous analysis of multiple spectral results for an Region Of Interest (ROI).
  • Integrates into a health system’s current PACS setup for certain PACS vendors.
  • Spectral results viewable, during a routine reading.
  • Enterprise-wide spectral viewing and analysis allows access to capabilities virtually anywhere in the organization.
* Standard with the CT Spectral option on IntelliSpace Portal.
Spectral Light Magic Glass

CT Spectral Light Magic Glass

Allows retrospective use of spectral data that was saved as an SBI. 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.
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  • 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.

Spectral Tumor Tracking

CT Spectral Tumor Tracking

IQon Spectral CT* Functionality
Offers a set of tools for tumor analysis. It allows the user to load several cases in parallel, each taken from a different examination time, segment and edit tumors, and perform lesion viewing and analysis based on different spectral data types.
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  • Viewing tumors with different spectral data types (VNC, iodine map).
  • Images at different energy levels (40-200 keV).
  • Iodine uptake measurements.
  • Intra-lesion material decomposition (calcium, other materials).
  • Intra-lesion effective atomic number.
* IQon CT reconstruction provides a single DICOM entity containing sufficient information for retrospective analysis - Spectral Base Image (SBI). SBI contains all the spectrum of spectral results with no need for additional reconstruction or post-processing. Spectral applications are creating different spectral results from SBI.
Spectral Viewer

CT Spectral Viewer

IQon Spectral CT* Functionality
The spectral viewer is optimized for analysis of spectral data sets from the IQon Spectral CT Scanner. Obtain a comprehensive overview of each patient quickly and easily, quantify quickly, and assist in diagnosis. It is designed to accommodate general spectral viewing needs with additional tools to assist in CT images analysis.
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  • Enhances the conventional image by overlaying an iodine map.
  • Visualization of virtual non-contrast images.
  • Images at different energy levels (40-200 keV).
  • Switching to various spectral results can be done through a viewport control.
  • Manage presets to create user/site-specific presets.
  • Lesion characterization using scatter plots.
  • Tissue characterization using attenuation curves.
* IQon CT reconstruction provides a single DICOM entity containing sufficient information for retrospective analysis - Spectral Base Image (SBI). SBI contains all the spectrum of spectral results with no need for additional reconstruction or post-processing. Spectral applications are creating different spectral results from SBI.
TAVI Planning

CT TAVI Planning

CT imaging in TAVI to advance patient care
Provides semi-automatic measurements of the aorta and aortic valve that are useful for pre-TAVI planning.
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  • 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.
VC Veralook CAD

VC Veralook® CAD*

Automatically detect potential polyps in CT colonography exams
VC VeraLook CAD* uses image processing and pattern recognition technology identify colon polyps in CT colonography images, which can help streamline the reading process and improve workflow for radiologists while supporting accuracy, consistency and productivity in colon cancer screenings. Indicated for use as a second read, VeraLook is designed to enhance clinician accuracy and efficiency.
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  • Identify colon polyps to aid in the reading process.
  • Designed to enhance clinician accuracy and efficiency by improving detection pedunculated, sessile, flat and fluid submerged colonic polyps.
* VeraLook is a trademark of iCAD inc. for sale only in the US.
Virtual Colonoscopy

CT Virtual Colonoscopy

Reducing reading times in virtual colonoscopy
Philips exclusive CT Virtual Colonoscopy application enables 3D visualization of colon scans. The application automatically segments the air-filled colon and displays a calculated center line. The Perspective Filet view provides a synchronized display of the full colon surface wall with a single unidirectional view, reducing the need to review in both directions.
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  • Enhancements designed for confidence, productivity and accuracy improvements:

- Colon editing GUI with improved workflow and usability.

- Simplified floating dialog with editing tools per segment.

- New centerline drawing capabilities.

- VC user preference for: colon color, cleaning method, “Save User Settings”.

- New “mirror layout” for dual monitor mode.


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