All your advanced analysis needs · • Advance viewing and post-processing (DSA) of angiographic images and series ... generic report New. 13 Philips IntelliSpace Portal 8.0 Summary

1

All your advanced analysis needsOne comprehensive solution

2 Philips IntelliSpace Portal 8.0

Patient cases may present challenges such as data sourced from multiple scans and different modalities. With that, the focus on efficiency continues to increase and physicians rely on you for quick and confident diagnoses. Do you have the right tool to provide an objective and quantifiable diagnosis others can depend on – even in complex cases?

Say hello to IntelliSpace Portal 8.0. It combines high-quality images, advanced analysis, and workflow efficiency tools into a single advanced analysis solution. Get a unified view of your patient’s condition all on one screen to answer questions fast.

What’s new for you?• One standard of diagnosis• One integrated platform• One consistent workflow• One comprehensive overview• One unifying vision

Introduction

Welcome Enhanced New


Choose your preference

Clinical domains Modalities

US

MI

MR

CT

Multi Modality

Oncology Cardiology

Neurology

Orthopedics

More

Vascular


Oncology

Manage complex cases with one central solutionCancer patients require constant vigilance. With today’s approach to center workflows around patients and care stages rather than modalities you can rely on IntelliSpace Portal 8.0 to provide superb tools to help manage the entire oncology patient cycle using one solution for detection, diagnosis, and follow-up.

Focus on image analysis, not the imaging processIn today’s oncology care, data keeps accumulating from multiple time points and multiple modalities. How do you manage it all – and deliver a confident diagnosis day after day? IntelliSpace Portal 8.0 oncology applications can help. Automatic processing features and advanced segmentation and editing tools help you quickly quantify and characterize malignancies. You also have new and enhanced decision support tools at your fingertips for clinically meaningful insights.

This suite also assists you with intelligent organization and presentation of your data, providing a broad view of your patient and a solid understanding of the disease anatomy and properties. With easy integration with PACS and other hospital systems, findings and reports can be efficiently shared with the care team.

US Viewing(in MMV)

CT Virtual Colonoscopy

Multi Modality Tumor qEASL

(MMTT qEASL)(1)

CT LiverAnalysis

CT Body Perfusion

US Q-App General Imaging

3D Quantification

(GI 3DQ)

Multi Modality Viewer (MMV)

CT Lung Nodule CAD(2)

Multi Modality Tumor Tracking

(MMTT)

CT Cardiac Viewer

CT LungNodule

Assessment (LNA)

MR Permeability

NM Review

MR SpectroView

MR MobiView

MR T1 Perfusion

XA Vascular Processing –

DSA (in MMV)

(1) For research use only(2) CAD functionality not available for sale in the US

US Q-App Region of

Interest (ROI)

US Q-App Microvascular Imaging (MVI)


Vascular

iXR Viewing(in MMV)

CT Body Perfusion

CT Acute MultiFuntionalReview (AMFR)


US Viewing(in MMV)

Multi Modality Advanced Vessel

Analysis (AVA)


3D Quantification

(GI 3DQ)

MR QFlow

Expanding your view of the heart and blood vesselsTake advantage of a comprehensive set of multi-modality applications to examine and quantify vascular lesions. Accelerate workflows with customized views, and enhance workflows for specific findings creation. This suite also provides exceptional visualization of vascular structures with tools to support fast, consistent results.

One step closer to treatmentBring advanced diagnostic imaging closer by integrating your Allura Interventional Suite with the IntelliSpace Portal.

Put an end to multiple patient searches. The unique interventional X-ray integration automatically retrieves patient data on the IntelliSpace Portal for your scheduled patients.

XA Vascular Processing - DSA

(in MMV)

US Q-App Intima Media Thickness

(IMT)


US Q-App Vascular Plaque Quantification

(VPQ)


Cardiology

(5) Corridor4DM is a registered trademark of Invia, LLC.(6) Not available for sale in all countries. Please check for availability in specific countries.(7) Emory Cardiac Toolbox, ECTb, HeartFusion, and SyncTool are registered trademarks of

Emory University.

Redefining the game in analysisDiagnose and monitor diseases with increased confidence.A variety of tools support high-quality procedures with automation and easy editing. 3D models, maps, and other quantitative techniques help you confidently characterize pathologies in friendly and non-invasive diagnostic methods.

MR Smart Display

Protocols

CT Comprehensive Cardiac Analysis

(CCA)

CT Cardiac Plaque

Assessment

CT Calcium Scoring

CT Myocardial Defect

Assessment

MR Cardiac Temporal

Enhancement

MR Cardiac Spatial

Enhancement

NM Astonish Reconstruction

Cedars Sinai Cardiac Suite

2015(6)


iXR Viewing(in MMV)

CT Cardiac Viewing

CT-MIFusion

CT TAVIPlanning

CT Dynamic Myocardial

Perfusion (DMP)

MR Cardiac Whole Heart

Corridor4DM(5)

2015

Emory Cardiac Toolbox 4.1(7)

CT EPPlanning

MR Cardiac Viewing

MR QFlow


3D Quantification

(GI 3DQ)


(in MMV)

MR Cardiac Quantitative

Mapping

MR Cardiac Functional

Analysis


Neurology

Bringing insight to the body’s most complex organ Neurological cases can be challenging – especially strokes, where “time is brain.” Comprehensive applications help you assess recoverable tissue quickly and easily with enhanced applications like MR IViewBOLD which allows you to visualize brain activation maps. This rich suite of tools also helps you evaluate neurological degenerative diseases by, for example, analyzing FDG and amyloid uptake.

Take advantage of an intelligent viewThis suite of neurology applications is designed to increase diagnostic confidence in acute cases, as well as, chronic neurological conditions. CT, MR, and MI are available on one platform to enrich your understanding of the patient’s condition. Multiple built-in features, such as the Traffic lights on CT Brain Perfusion, support your diagnosis. MR SpectroView, for example, includes clinically driven protocols and quality indicators, while MR FiberTrak provides guidance for fibertrak tracts.


Analysis (AVA) Stenosis

MR Perfusion Diffusion Mismatch

MR T2*(Neuro)

Perfusion

NM EQuAL(8)

MR Diffusion

NMNeuroQ 3.7(8)

NM NeuroQAmyloid(8)



(in MMV)

CT Brain Perfusion

MR MobiView

MR Permeability

MR FiberTrak

MR SpectroView

MR Subtraction

MR IViewBOLD

(8) NeuroQ and EQuAL are trademarks of Syntermed.* Web Collaboration enables viewing and sharing with tablets and smartphone devices -

not intended for diagnosis


Orthopedics

Complicated assessments made easyDue to an aging population as well as increases in obesity and sports activity, joint surgeries are on the rise. Perform a wide variety of tasks, such as assessment and reconstruction, quickly and easily thanks to the rich orthopedics application suite on IntelliSpace Portal 8.0. They’re designed for even the most challenging musculoskeletal cases.

A comprehensive approach to orthopedicsTake a closer look at cases involving bone and cartilage. CT Acute MultiFunctional Review, for example, includes an MSK and surgical planning stage. CT Bone Mineral Analysis, previously only available on Philips Extended Brilliance Workspace, helps you track and manage degenerative and metabolic bone diseases.

US Viewing(in MMV)

CT Bone Mineral Analysis (BMA)

CT Acute MultiFunctionalReview (AMFR)

MR Cartilage Assessment

MR Echo Accumulation


More

Collaboration Viewer*

CT COPD

CT Dental Planning


CT Pulmonary Artery Analysis(2)

(PAA)


XA Vascular Processing –

DSA (in MMV)

DXR Viewing(in MMV)


CT Cardiac Viewer

NM JETPackApplication Suite


NM Review

NM Processing Application Suite


(2) CAD functionality not available for sale in the US(8) Not available for sale in the US* Web Collaboration enables viewing and sharing with tablets and

smartphone devices - not intended for diagnosis

US Q-App Elastography

Analysis (EA)(8)


Multi-modality

Multi Modality Viewer: single platform for all your viewing needs IntelliSpace Portal 8.0 displays multi-modality datasets on any client using a LAN, WAN or broadband Internet connection via your hospital’s VPN.

Powerful data processing functions are handled on the server, so there’s no need to download data to the device. This improves workflow and stability.


(in MMV)



Analysis (AVA) Stenosis

US Viewing(in MMV)

MR Smart Display

Protocols

Multi Modality Tumor Tracking

Multi Modality Tumor qEASL(1)

(MMTT qEASL)

DXR Viewing


iXR Viewing(in MMV)

(1) For research use only* Web Collaboration enables viewing and sharing with tablets and smartphone devices –

not intended for diagnosis


Summary BenefitsThe Multi Modality Viewer (MMV) environment enables the review of MR data in the most comprehensive manner. In the viewing settings of 2D, 3D, MPR or MIP it can combine normal imaging data, 2D or 3D segmentations, spectroscopic data, fiber tracts, functional or any other map into one view (including the quantitative results of all of the above).


Combined smart qualitative and quantitative review of all imaging data

• Complete overview of all generated advanced data such as perfusion maps, fMRI data, white matter tracts, and spectroscopy results in 2D or 3D

• Quantitative overview of all segmentations for comparison• Smart linking enabling the correct location of each image series

in comparison to other series

Enhanced


Summary BenefitsThe Multi Modality Viewer (MMV) now supports viewing and post processing of angiography images and series.

Review and perform analysis of angiographic imaging alongside other modalities for a comprehensive review of the patient case

Easily perform vascular processing of images (Digital Subtraction Angiography) – subtraction, pixel shifting and land marking

Include key images into the generic MMV report. Prior to the intervention, relevant diagnostic (MR and or CT) data can be bookmarked and automatically retrieved upon patient selection in the Allura Xper suite.

iXR Viewing (in MMV)

Comprehensive reviewing tool for multiple modalities, all in a single viewer

• Enable a comprehensive review of a patient case across all modalities CT/MR/NM/US/Angio in a single environment

• Advance viewing and post-processing (DSA) of angiographic images and series

• Annotate on images and also do basic measurements on these images (provided the image is pre-calibrated)

• Automatic retrieval of relevant diagnostic (CT and or MR) data to support the intervention using iBookmark

• Reporting also supported; key images can be send to an MMV generic report

New


Summary BenefitsUltrasound viewing and analytics are now available from a multi-modality workstation environment. Review high resolution single and multi-frame images in collaboration with other modalities. Easily perform measurements, annotations, zoom anatomy and adjust window/levels controls. Edited images can be appended to the patient’s exam for complete documentation. IntelliSpace Portal 8.0 Multi Modality Viewer (MMV) supports additional Q-App tools for advanced quantification of ultrasound data.

US Viewing (in MMV)


• View ultrasound single and multi-frame objects• User selectable display formats for excellent viewing experience

of ultrasound images• Easily measure, zoom, perform window-level adjustments and

control cine playback functions• Append results to exam


Summary BenefitsMulti Modality Advanced Vessel Analysis (AVA) is an application designed to examine and quantify vascular lesions such as cerebral and carotid stenosis, aortic aneurysm, as well as peripheral arterial disease from CTA scans. AVA accommodates different modes of inspection, allows you to label different vascular lesions, and help you easily navigate through multiple findings.

Reduce the time to produce end results for the results that do not require any editing and contribute to the consistency of the results with Automatic Series Creation which generates cMPR, cross-sectional, MPR and volume images created completely automatically, even before the user arrives to the system.*

CT AVA Stent Planning** allows the user to access quantitative information and stent design parameters to provide specific inputs for interventional procedures such as EVAR.

Multi Modality Advanced Vessel Analysis (AVA)

Reduce comprehensive vascular analysis planning to five minutes

• Analyze vasculature on CTA data• Reduce the time to results with Enhanced Zero-Click

Performance*: Automatically performs preprocessing of bone removal, labeling and placing of centerlines for major vessels, inner and outer lumen contours and segmentation of vascular calcification for CTA

• Robust AVA bone removal algorithm provides a good 3D visualization of the vessels

• Label multiple findings and to easily navigate through them• Provide rich report by exporting the findings , with the possibility

to create customized reports• Automatic series creation: cMPR, cross-sectional, MPR and

volume images created completely automatically, even before you open your study

* Requires Enhanced Zero Click performance ** Optional


Summary BenefitsMulti Modality Tumor Tracking (MMTT) provides efficient tools to assist clinicians in monitoring cancer patients to assess therapy response and facilitate treatment follow-up.

Customer testimonial“The MMTT application has really helped us simplify and streamline our workflow. It has all the necessary tools for a complete oncologic evaluation of the dataset. This application is a real time-saver for the radiologist.”

J. Louis Rankin, BS, RT(R)(MR)(PET), 3D Lab Technical Coordinator Imaging Services, Franciscan St. Francis Health, Indianapolis, USA

Multi Modality Tumor Tracking (MMTT)

Streamlined workflow for follow up and analysis of oncology patients

• Monitor disease state to assess treatment response using sequential PET/CT, SPECT/CT, MR, and CT data

• Segment lesions and quantify anatomic and metabolic state over time. Enhanced semi-automatic volumetric segmentation optimized per modality

• Automatic calculation of WHO, RECIST 1.0, RECIST 1.1, CHOI, PERCIST, iRRC, and mRECIST criteria presented in easily exportable tabular and graphical layouts

• Advanced treatment response criteria support is part of the preset and reflected in the workflow

• Create findings and load them to liver or CT viewer applications for surgery planning

Enhanced


Summary BenefitsThis research-only tool is based on EASL (European Association for the Study of the Liver) criteria and is intended for use after a TACE procedure. It provides visual indication of necrotic and viable tumor tissue and enables early identification of non-respondersto therapy.

Multi Modality Tumor Tracking qEASL* (MMTT qEASL)

A new quantitative 3D tumor response assessment tool

• Functions independent of modality• Delivers 3D quantitative views as well as absolute

measurements of signal volume• Works semi-automatically

• Supports efficiency with intuitive workflows for clinicians

* For research use only

* For research use only


Summary BenefitsClinicians often desire to view a patient's X-Ray and fluoroscopy studies along with images from CT/MR/MI/US. Radiologists and clinicians who want to review a patient’s MR or CT study may also be required to view their prior or recent X-rays or fluoroscopy studies to understand the pathology well or progression of the disease. It is important to provide a platform to review of various patient studies in a common platform so radiologists can get a comprehensive review environment.

DXR Viewing (in MMV)


• Enable a comprehensive review of a patient case whether it is a CT/MR/NM/US study

• Perform basic image manipulations like windowing, pan, zoom and add electronic shutters

• Annotate on images and also perform basic measurements on these images (provided the image is pre-calibrated)

• Reporting also supported; key images can be sent to an MMV generic report


Summary BenefitsIntelliSpace Portal offers Philips first integrated medical networking platform enabling radiologists to communicate and collaborate. Provide real-time, high-quality collaboration between radiologists and the referring physicians at virtually any location onsite or remote.


Real-time Web collaboration* tools

• Initiate collaboration sessions• Load from Bookmarks• Display approved reports• Schedule collaboration meeting sand invite multiple users• Give control to a meeting attendee• Enhance diagnostic confidence with real-time collaboration

* Web Collaboration enables viewing and sharing with tablets and smartphone devices – not intended for diagnosis.


Summary BenefitsThe XA Vascular Processing – DSA (in MMV) expands your workflow by allowing you to read and post-process iXR images virtually anywhere. Obtain images of arteries in various parts of the body using highly effective tools to perform standard and run subtractions, pixel shifting, and landmarking. This application also provides post-processing tools to edit and optimize the DSA XA data created in the interventional room.

XA Vascular Processing – DSA (in MMV)

Contrast arterial structures with surrounding bone and soft tissue to easily identify vascular abnormalities

• Single image and ‘Run’ subtraction• Pixel Shifting to correct for patient movement during contrast

injection and can be performed manually • Landmarking helps set a partial subtraction factor• Partial subtracted image shows (to a certain degree) the

complete image, with the contrast enhanced depending on the subtraction factor

• Same workflow as in the Philips Allura system

New


Summary BenefitsTake advantage of multiple presets and user-defined options to reduce comprehensive vascular analysis planning to five minutes. The robust bone removal algorithm on Multi Modality Advanced Vessel Analysis (AVA) provides 3D visualization of the vessels. Additional automatic tools, such as bone removal and centerlines, vessel labeling, and inner and outer lumen contours* as well as Automatic Series Creation (ASC) reduce the time to produce final results and contribute to the consistency of your results. Easily navigate through multiple findings. When you’re finished, export rich, customizable reports to your RIS or PACS without hassle.

Research findings“The new post-processing workflow [on Multi Modality Advanced Vessel Analysis (AVA)] resulted in a 50% average reduction in post-processing time as compared to the traditional CTA post-processing workflow.”**

Multi Modality Advanced Vessel Analysis Stenosis

Reduce comprehensive vascular analysis planning to five minutes

• Automatic series creation: cMPR, cross-sectional, MPR and volume images created completely automatically, even before you launch the system

• Reduce the time to produce end results for the results that require no editing

• Contribute to the consistency of the results • Simplified AVA bone removal runs automatically and allows

good 3D visualization of the vessels in any view• New workflow for specific findings creation, such as stenosis,

aneurysm, and diameter measurements with findings list added to the application

• Integrated with MR data to support contrasted and non-contrasted volumetric MRA data

* Together with Enhanced Zero-click Performance option** Ardley, N., et. al. “Efficacy of a new post processing workflow for CTA head and

neck.” Poster presented at the European Congress of Radiology (ECR) 2013. doi: 10.1594/ecr2013/C-1760


Summary BenefitsSpend more time analyzing and less time arranging your studies using MR Smart Display Protocols. Easily set up, design, and save layouts. MR Smart Display Protocols can enhance efficiency and reduce the time you need to open the study toward your first display. It also delivers the best fitting display protocols for each individual patient based on your preference.

MR Smart Display Protocols (in MMV)

Increase diagnostic confidence and easily organize your initial viewing layout

• New display protocol with fewer mouse clicks and movements in a workflow that’s easy to set up

• One dedicated workflow facilitates consistency in one reading and increases diagnostic confidence in display protocols

New


Computed Tomography

(2) CAD functionality not available for sale in the US

CT Body Perfusion

CT Liver Analysis

CT Comprehensive Cardiac Analysis

(CCA)


CT Lung Nodule Assessment

(LNA)

CT Dynamic Myocardial

Perfusion (DMP)

CT-MI Fusion

CT Cardiac Plaque

Assessment

CT TrueView


CT Advanced Vessel Analysis

(AVA) Stent Planning

CT Cardiac Viewer

CT Dental Planning

CT Pulmonary Artery Analysis(2)

(PAA)

CT TAVI Planning

CT Lung Nodule CAD(2)

CT Calcium Scoring

CT Brain Perfusion

CT COPD


CT Myocardial Defect

Assessment

CT EP Planning


Summary BenefitsCT Lung Nodule Assessment (LNA) is an advanced imaging package for segmentation and quantification of pulmonary nodules. Accelerate your workflow for the detection, diagnosis, and follow-up of lung nodules – even on low-dose chest CT scans. This specially designed application uses features for accurate volumetric measurements and a new set of advanced one-click editing tools. It also increases your diagnostic confidence through clinical decision support tools* using image-based features and clinical information. Rely on consistent results thanks to computerized reporting that presents data efficiently and automatically prefills it – including categorization based on LungRADS guidelines.*

CT Lung Nodule Assessment (LNA)

Assess lung nodules over time

• Single-click segmentation (2D, 3D) and editing tools enables quick lung nodule assessment

• Real-time display of slab-MIP or MPR data provides for volume visualization

• Computerize reports that supports LungRADSguidelines*Quantitative volume results provide detailed study information, including doubling days, percentage growth (volume), effective diameter, minimum, mean and maximum HU

• Decision support tools* help assess the likelihood of malignancy of a detected lung nodule using image-based features and clinical information

New

* Not available for sale in the US


Summary BenefitsThis option is a computer-aided detection (CAD) application, provided as a software option for the CT Lung Nodule Assessment (LNA). The option is an automated process that identifies and marks regions of interest (ROI) based on image features associated with lung nodules. CT Lung Nodule CAD* is intended for use as an aid only after the radiologist has performed an initial interpretation of the diagnostic image. It can improve the radiologist’s ability to detect lung nodules and assists the radiologist in minimizing observational oversights.

CT Lung Nodule CAD*

Rely on a true second reader

• Detect potentially actionable lung nodules• Correlate 2D,3D, and lung maps• Register current and prior nodules • Calculate nodule changes• Volumetric segmentation excludes normal anatomy and detects

nodules based on size, shape, density, and anatomical context• One click display of CAD findings • Includes growth report and one-click display of all CAD findings• Multi-vendor compatibility

New

* CAD functionality not available for sale in the US


Summary BenefitsCT TAVI Planning is an application providing model-based segmentation of the aortic valve, ascending aorta and left ventricle, semi-automated detection of the coronary ostia, semi-automated planes detection and dimensions measurements of the aortic annulus, left ventricular outflow tract, sinotubular junction, sinus of valsalva, ascending aorta and distance to coronary ostia for TAVI-device sizing, and provides a reasonable starting angle for C-arm position in the catheterization laboratory to the Interventional team performing the procedure (to be used during the procedure itself).

CT TAVI Planning

Bringing precision to aortic valve replacement planning

• Automatic detection with manual correction capability of: the annulus plane, Left Ventricular Outflow Tract (LVOT) plane, sinotubular junction plane, sinus of valsalva plane, ascending aorta plane, with easy to use editing/correction tools

• Robust, customer-configurable measurements available for each plane and distance from the annulus plane to each coronary ostia for TAVI-device sizing

• Automatic generation of standard catheterization laboratory views (right coronary cusp in center) with interactive selection/display of desired angle(s) defined by the three cusp nadirs along the annulus plane


Summary BenefitsComprehensive cardiac analysis is simple and fast with CT Comprehensive Cardiac Analysis (CCA). This application is based on a robust and automatic 3D model-based whole-heart segmentation and zero-click coronary artery segmentation. This enables automatic extraction and visualization of the entire coronary tree.

CT Comprehensive Cardiac Analysis (CCA)

Fast cardiac analysis

• Provides endoluminal and epiluminal segmentation of the heart chambers to calculate ejection-fraction, stroke volume, cardiac output, and left and right ventricular mass

• Visualize the entire coronary tree, vessel lumen via morphological analysis

• Quickly measure the luminal percent diameter and percent area stenosis is available using Coronary Analysis where the vessel and lumen contours are displayed

• Perform functional analysis of ventricles and analyze chamber and valve morphology in 3D and using dynamic cine mode

• New measurements include: Regurgitation volume and fraction index, RV/LV Early and Late (active and passive) filling volumes, Early/late LV filling ratio


Summary BenefitsNow you have one place to access advanced tools for enhanced diagnostic confidence. The CT Acute Multifunctional Review application (CT AMFR) can streamline image review by allowing easy access to necessary tools to view and analyze CT datasets to assess for trauma and to plan surgery. It offers several analysis stages dedicated to certain functional or anatomical areas in the trauma patient:

1. Viewing - rule out the most serious injuries with the ease of tunable viewing protocols.

2. Rapid vascular assessment for trauma. 3. Auto-spine for trauma and chronic conditions 4. MSK and surgical planning

CT Acute MultiFunctional Review (AMFR)

Streamlined tools for trauma assessment and surgical planning

• Confirm or exclude vascular pathologies such as aneurysms, occlusions, stenosis, dissection, or filling defects within contrast-enhanced vessels.

• Automatically generates MPR along spinal cord as well as along disk spaces, allowing for a single image along the entire spine quickly, helping to minimize operator variability

• Easily save key images to the Findings Navigator, which allows user to save snapshots of images with additional information content such as arrows, measurements, and region of interest to a depository for easy retrieval or integration into preliminary or final reports.

• Real-time bone disarticulation and surgical planning tools for surgical planning with interactive segmentation of multiple bony structures


Summary BenefitsMultislice Computer Tomography (CT) introduced the technique of Calcium scoring, a revolutionary technique offering exceptional patient comfort and diagnostic quality. Rapid quantification of the coronary artery calcifications (CAC) and includes mass, Agatstonscore, and volume scores. Calcium scoring application incorporates parameters from a database of over 5,000 patients with multisliceCT calcium scores.

CT Calcium Scoring

One-click 3D calcium segmentation

• 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.


Summary BenefitsThis application is intended for visualization, diagnostic assessment, and quantification of cardiac images focusing on the left ventricular myocardium: specifically providing quantitative myocardial blood flow measurements for CT images, identifies 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 DMP displays the results as a composite image (single image that is calculated from a set of time course images at a single location).

CT Dynamic Myocardial Perfusion (DMP)

Visual quantification of Myocardial Perfusion

• 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.


Summary BenefitsCT Body Perfusion measures the temporal changes in tissue density. The greatest impact of CT perfusion has been on the assessment of patients who have had strokes because of the rapid scan timing and faster image processing. Perfusion CT is emerging as a valuable tool in tissue characterization in oncology cases as well as risk stratification.

CT Body Perfusion

Functional evaluation of tissue vascularity

• Intended for visualization, diagnostic assessment and quantification of: blood flow (perfusion), blood volume, time to peak and peak enhancement

• CT Body Perfusion is the linear relation between iodine concentration and tissue density changes, which makes mathematic modeling straightforward and relatively simple.

• Liver specific algorithm takes into account the liver dual circulation.


Summary BenefitsCT Liver Analysis automatically identifies the liver from a portal venous phase of a tri-phase liver scan, and then semi-automatically segments the liver for a comprehensive analysis and quantification of clinical information. Semi-automatic and manual editing tools are available to fine-tune the segmentation if necessary.

Customer testimonial“The automatic segmentation of the liver and the blood vessels is very reliable. In irregular liver cases the software offers very efficient tools for editing purposes. The software has a direct benefit in clinical routine whenever volumetry is required (e.g. pre-surgical or interventional planning, tumor staging).”

Dr. med C. SommerDepartment of Radiology, University of Heidelberg, Germany

CT Liver Analysis

Quick and easy assessment of the liver for follow up treatment plan

• Zero-click automatic segmentation of of the liver parenchyma and vessel structures. (Time saving Proofpoint in White Paper Liver segmentation).

• Quick and easy 3D semi-automatic segmentation


Summary BenefitsExclusive to Philips, CT Virtual Colonoscopy with Perspective Filet View allows clinicians to perform a “virtual dissection” of the colon by unfolding or unrolling along the centerline and displaying a portion of the colon for inspection, providing a 100% view of the surface of the colon with a single uni- directional review, reducing need to review in both antegrade and retrograde directions.

* Source: Two- versus Three-dimensional Colon Evaluation with Recently Developed Virtual Dissection Software for CT Colonography, Se Hyung Kim, JeongMin Lee, Hyo Won Eun, Min Woo Lee, Joon Koo Han, Jae Young Lee, and ByungIhn Choi. Radiology 2007;244 852-864** Not available in the US *** Aslam R, Niusha R, Yee J, Polyp Detection Accuracy Using The Dissection View Compared To Axial Images On CT Colonography, The 8th International Boston VC Symposium, 2007


Reducing reading times in virtual colonoscopy*

• Philips unique Perspective filet view: unfolds colon and displays it flat like a landscape over which the user can scroll. Research shows that with using 3D virtual dissection, radiologists can interpret CT colonographic data in a time-efficient manner without sacrificing diagnostic performance. Average reading times are routinely less than 10 minutes.*

• Residual liquids or fecal matter can lead to missed lesions. Using the Electronic Cleaning algorithm ** in the software can reduce the effect of these materials by "tagging" these materials via contrast-enhancement, which then allows the user to automatically segment and subtract these residual materials.

• The perspective filet view significantly improved the sensitivity for polyp detection of novice reader.***


Summary BenefitsThis application provides an easy mechanism to track the destructive process of diffuse lung disease (emphysema, asbestosis, black lung) and localize specific areas of affected lung. Provides tools for qualitative and quantitative temporal comparison between multiple studies in order to determine the progression or of the disease.

CT COPD

Guided comprehensive airway analysis

• Single-click automatic segmentation of both the left and right lungs, and automatic airway extraction

• Emphysema measurements for each lung and lobe• Load up to four studies simultaneously for comparison• Provides many measurements such as total lung volume,

diseased lung volume, and percentage of diseased lung for each lung

• Measurements of airway parameters such as lumen diameter and wall thickness

• MPR views help analyze diseased areas.


Summary BenefitsCT Advanced Brain Perfusion, exclusive to Philips, calculates and displays reduced summary maps to help clinicians to identify areas of salvageable tissue in the acute stroke patient. The program automatically corrects for misregistration or motion artifacts. To assist in treatment planning, it displays summary maps, which may distinguish between still-viable and non-viable infarcted tissue correlated to MR perfusion and MR diffusion imaging maps. This algorithm may be used to complement other clinically validated brain perfusion algorithms.

CT Brain Perfusion

Automatic assessment of acquisition quality and diagnostic confidence with user feedback

• Traffic lights helps the clinicians in an intuitive way to assess the diagnostic quality of the scan.

• Improved motion correction algorithm (based on voxel similarity). Patient movements are always a concern for CT brain perfusion studies, which require total acquisition time of approximately 60 seconds.

• Quantitative color maps of cerebral blood flow (CBF) cerebral blood volume (CBV), mean transit time (MTT) and time-to-peak (TTP) provide valuable clinical information to assist clinicians in treatment planning.

• Provides quick and intuitive results by displaying summary maps which show reduced blood flow and reduced blood volume maps.

• Time points may be edited or removed for tailored results.• Time-insensitive method to calculate perfusion maps for

patients with high collateral supply.


Summary BenefitsIn maxillofacial trauma cases, the course of treatment can often only be decided after a surgical consult. CT Dental Planning is designed to reduce diagnosis response time, shorten procedure length through enhanced surgical planning, and facilitate collaboration between radiologists and surgeons. This software performs imaging of the mandible and maxilla, assisting oral surgeons in prostheses implantation planning.

CT Dental Planning

Planning for oral surgery

• Real-time generation and display of panoramic views and cross-sectional cuts

• Rotate and adjust images to find the appropriate location, angle,• and depth for surgery• Planning with 3D images helps in estimating the thickness of

bone when drilling and inserting metallic dental implants.• True-size printing on film• Oral and maxillofacial surgeons can locate tooth fragments

embedded in the palate of the mouth.• Complete results in just a few minutes


Summary BenefitsAutomatically performs segmentation of pulmonary arteries on MDCT data, including FBP and IR and Philips monoE, and estimates the patency of segmental and subsegmental contrast-opacifiedpulmonary arteries to help visualize and measure Pulmonary Embolism (PE) in adults. A full suite of semiautomatic and manual tools to visualize the lungs (individually or together), review results, as well as mark and report any PE findings are included.

CT Pulmonary Artery Analysis (PAA)*

Comprehensive, fast tool for pulmonary embolism assessment

• Manual and automatic detection tools.• HU-based perfusion map to identify areas of decreased

perfusion.• Extract, save, and report the relevant cardiac measurements.• Visualize the pulmonary arteries automatically in cross-sectional

and longitudinal views.• Easy to use findings manager for collection for all the relevant

findings.• Color mapping provides an optimized view.• Can be used in cases of chest pain as well

* CAD functionality not available for sale in the US


Summary BenefitsCT Bone Mineral Analysis (BMA) provides quantitative CT information to track and manage degenerative and metabolic bone diseases such as osteoporosis. This application provides excellent results without the need of a reference phantom.


Track degenerative and metabolic bone disease

• Phantomless calculations determined by using the patients’ own fat and muscle tissue as reference points

• Automatically calculate T-scores and Z-scores• Includes tracking support from study to study as well as full color

screens and reports


Summary BenefitsCT TrueView creates a 3D reconstruction of the coronary vessel tree based on a pre-acquired CT dataset. The 3D model provides a clear visualization of the coronary vessel tree that may help prevent the misrepresentations of vessel length and position that occur with 2D images. This 3D cardiac imaging tool can be used to select the optimal viewing angle without using additional radiation.

CT TrueView

View with confidence

• Confidence with advanced coronary imaging• 3D cardiac model that provides insight into the structure of the

coronary vessel tree based on pre-acquired CT imaging• Minimize foreshortening to determine the length of a lesion• Determine the location of a bifurcation by correcting for

overlapping branches• Gain insight into the optimal viewing and working angles for a

cardiac intervention• X-ray stand moves automatically to selected viewing angle


Summary BenefitsAssess plaque sites with confidence using CT Cardiac Plaque Assessment. This application permits quantification and analysis of coronary plaque.

CT Cardiac Plaque Assessment

Evaluate plaque risk

• Includes robust capabilities allowing quantification and characterization of coronary plaque from multidetectorcomputed tomography (MDCT) data

• Characterize lesion composition using a combination of proprietary algorithms, sophisticated editing tools, and advanced segmentation of coronary vessels and lesions


Summary BenefitsThis application is an option available on the CT Comprehensive Cardiac Analysis (CCA) application.

CT-MI Fusion

Fusing cardiac CT-MI images

• Allows loading both gated and un-gated rest, and gated and un-gated stress MI datasets simultaneously with the CT

• MI images displayed in the short axis and the two long axis planes

• Axes definition derived from the CT study


Summary BenefitsReduce the need for multiple scans with CT Myocardial Defect Assessment. This application 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.

CT Myocardial Defect Assessment

Assess myocardial defects

• 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


Summary BenefitsDesigned for use in cardiology and surgery, CT EP Planning allows electrophysiologists to quickly identify anatomy that may complicate the EP procedure.

CT EP Planning

Fast planning for EP procedures

• Fast, overall assessment of pulmonary vein, left atrial, and appendage anatomy


Summary BenefitsWith CT Cardiac Viewer, clinicians can see what they need to see quickly using a comprehensive set of tools.

CT Cardiac Viewer

Quick cardiac visualization

• Quick visualization of one or multiple cardiac phases,• Synchronization of multiple cardiac phases with interactive slab-

MIP tools for review purposes• Cine mode for cardiac axes views• Simple “Area-Length” calculation of end systolic volume (ESV),

end diastolic volume (EDV), cardiac output (CO), and ejection fraction (EF) for basic ventricular functional assessment


Summary BenefitsCT Advanced Vessel Analysis (AVA) Stent Planning includes multiple preset and user-defined options to gain detailed information for use in stent planning, reducing overall planning time to five minutes compared to 30-45 minutes without the application.

CT Advanced Vessel Analysis (AVA) Stent Planning

Quickly plan endovascular stent placement

• Includes option to print results on a customized report


Magnetic Resonance

MR T1 Perfusion

MR Subtraction

MR MobiView


MR Diffusion


MR Cardiac Temporal

Enhancement

MR T2* (neuro)

Perfusion

MR Cardiac Viewing


MR Cardiac Quantitative

Mapping


MR Cardiac Spatial

Enhancement

MR FiberTrak

MR SpectroView

MR IViewBold

MR Permeability

MR QFlow

MR Cardiac Functional

Analysis

MR Cardiac Analysis


Summary BenefitsMR Cardiac Quantitative Mapping offers fast quantification and analysis workflow for T1, T2, and T2* generated maps including detailed calculations related to changes in T1 after enhancement. It’s designed to enhance your diagnostic view in cardiomyopathies such as myocarditis, thalassemia, edema, and fibrosis. Embed it across the entire cardiac workflow along with enhanced options to collect and communicate segmentations and quantitative functional results.

MR Cardiac Quantitative Mapping

Assess myocardial tissue characteristics

• Review maps in multiple, user-defined, field strength specific lookup tables

• Easily define local and regional (such as AHA) segmentations of the cardiac wall

• See connecting point displays of T1, T2, and T2* source data• Rely on elaborate evaluations based on data such as hematocrit,

native T1, and enhanced T1 values• Specify your export of quantitative parameters• Outputs of (non-DICOM) maps and quantitative results such as

table summaries created in an Excel® compatible format

New


Summary BenefitsMR Cardiac Whole Heart allows for automated segmentation of the heart to provide a high quality 3D rendering of the heart. Individual segments such as the left ventricle, right ventricle, and coronaries can be manually edited and selectively viewed.


MR heart segmentation for 3D visualization of the major cardiac chambers and arteries

• Automatic segmentation of cardiac structures: aorta, left ventricular lumen, left ventricular muscle, left atrial lumen, right ventricular lumen, right atrial lumen, and full coronary tree

• Editing functions (sculpting, smoothing) for adjusted segmentation

• Simple object feature selection to quickly hide cardiac structures


Summary BenefitsThis MR quantitative flow analysis tool enables the physician to review flow in vessels in detail. The tool includes overlays with 2D color flow maps on anatomical references, automatic vessel contour detection and the ability to bookmark the entire review for later use or for communication with other physicians.

MR QFlow

Visualize and quantify blood flow

• Single-click segmentation of large vessels• Manual segmentation tools for small vessels or aquaduc• Multi-slice review• Manual background correction to correct for scanner offsets• Flow in negative direction can be shown in positive graphs to

better compare with other vessels• Comprehensive results capabilities including stroke, volume,

forward and backward flow volumes, flux, stroke distance, mean velocity, maximum velocity etc.

• Show volumes from the entire heartbeat or calculate volumes from a part of the heartbeat

• Assessment of the mitral valve E/A ratio (defined as mitral valve diastolic filling velocity E and late atrial systolic filling velocity A) and deceleration time


Summary BenefitsMR Cardiac Viewing enables quick visualization with viewing protocols, of a single, multiple or all available cardiac series, including synchronization of cardiac phases. The fast initial review allows clinicians to quickly view the general results of cardiac heart exams and decide on the first analysis that is needed. Visual scoring can be done using an AHA bull’s eye plot.

MR Cardiac Viewing

Easy comprehensive cardiac review for MR exams

• Easy and smart labeling of cardiac MR data to enable fast reviews

• Cardiac phase and geometry linking for easy review• Smart link of current views to the relevant advanced analysis• Scoring of findings in AHA standard formats


Summary BenefitsUsing dynamically resolved cardiac data (multidynamic, multi-slice), MR Cardiac Temporal Enhancement facilitates a better understanding of blood flow through the heart. The application provides numerous result formats for easy review of the identified temporal changes.

MR Cardiac Temporal Enhancement

Identify signal intensity changes in dynamic Cardiac MR

• Manual segmentation and edit 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


Summary BenefitsMR Cardiac Spatial Enhancement enables assessment of scar tissue of the heart using short-axis data of the left ventricle. The tool uses various segmentation tools with manual correction methods. Bookmarks allow the physician to easily share results with other physicians.

MR Cardiac Spatial Enhancement

Assessment of cardiac wall scar tissue

• Re-use of existing functional contours with manual editing possibilities

• Various adjustable threshold approaches, like FWHM, or use of normal area with StD setting, to identify deviating signal intensities as scar tissue

• Differently based bull's eye plots (detailed, regional, or AHA format) to summarize on LV transmurality index or enhanced volume percentage, in comparison with a visual scoring panel

• Bookmark functionality “frames” any view on the data for later use, or communication with others


Summary BenefitsMR Cardiac Functional Analysis facilitates easy scoring of essential cardiac functional parameters such as ejection fraction, wall motion, wall thickness, and thickening. This will allow the physician to perform a comprehensive review of the cardiac functional data. Bookmark functionality frames any view on the data for a follow-up with other physicians.

MR Cardiac Functional Analysis

Quantify global and regional wall motion

• Interface with focus on clear cardiac phase navigation and presentation of results coherently

• Different task guidance possibilities for segmentation of left ventricle (LV) and right ventricle (RV): from manual to semi-automatic

• One-click LV contour detection, including options to review endo volume only, or identify functional results with or without the exclusion of papillary muscles

• Clever contour adjustment to enable time efficient final segmentations

• Various standardized outputs like ejection fraction, stroke volume and cardiac output, and corrected for body surface areas (BSA). Including the AHA bull’s eye for representation of wall-motion, wall thickness, etc.

• Parameters can be compared to normal range values, with the ability to manually define preferred normal ranges.


Summary BenefitsMR SpectroView allows physicians to review metabolite content based on 1H (proton) voxel- or imaging based spectroscopy data. The tool is able to generate metabolite or ratio maps, based on the preferred type of metabolite fit combination – all with a task guided interface, and indicator of quality to increase confidence.

MR SpectroView

Review of metabolite content based on 1H spectroscopy

• Clinically driven protocols, with task guidance for fast adaptations

• Rich set of options to optimize fitting, create metabolite or ratio data or maps

• Quality indicators based on line widths of the unsuppressed water peak and SNR of the highest metabolite peaks


Summary BenefitsThe MR T1 Perfusion analysis produces measurements of (e.g.) relative enhancement, maximum enhancement, brevity of enhancement, time to peak (TTP), as well wash-in and wash- out rate. The viewing within the package allows for easily referencing to other standard imaging sequences (e.g. diffusion data), analyzing graphical or quantitative details, or saving the current view as a bookmark for later use. Generated maps can be viewed and stored as parametric maps, or as overlays on anatomical reference images whereby the opacity of the overlay can be set manually.

MR T1 Perfusion

Characterize lesions by analyzing contrast enhancement characteristics and referencing to standard imaging

• Complete data overview: source-, subtracted, or other image contrasts are always visible, in the same orientation as the source data, or fused together

• Overview, and generation of, the preferred parameters in color or grayscale, to reflect timing, change of intensity of blood flow characteristics per pixel, including registration of the dynamic data

• Detailed graph analysis to analyze uptake curves and outflow of drawn regions of interest

• Bookmark capabilities to frame a certain view on anatomical, ROIs and graphs


Summary BenefitsThe MR Permeability allows you to characterize the leakage of gadolinium chelates into the extra-vascular extracellular space (EES), most relevant to uses in oncology of the prostate, and brain. The tool calculates parametric maps like Ktrans and Kep, related to tracer kinetics behavior. The application further allows for easy comparison with other acquisitions, most typically DWI, and FLAIR. The user can review, generate results by exporting parametric maps, or completely “frame” the setup with use of a bookmark for later use or communication.

MR Permeability

Tracer kinetic analysis for oncology with vascular permeability analysis

• Have a comprehensive overview and characterization of leakage of gadolinium chelates into the extra-vascular extracellular space (EES) by quantifying Ktrans and Kep

• Review includes comparison with other anatomicals, viewed in the same orientation as the source data

• Detailed graph analysis to analyze uptake curves of drawn regions of interest, including the display of the manually defined or model-based AIF

• Bookmark capabilities to frame a certain view on anatomical, ROIs and graphs


Summary BenefitsMR MobiView combines multiple images into a single full- field view to review multi-scanner acquisitions. This is easily accomplished with a single mouse-click in the IntelliSpace Portal Multi-Modality Viewer or faster with a pre-defined zero- click protocol for day-to-day use. Key clinical cases are MRA run-offs, whole body metastases viewing from eye-to-thighs, and total spine views to show the complete CNS. The resulting image series can be viewed, filmed, and exported using a DICOM compliant tool.

MR MobiView

Automatic review of total body MR data

• Fully automated composition of data sets from multi- station acquisitions into full FOV images

• Applications include Runoff MRA, Complete CNS and Complete Torso.

• Display composite images stored, filmed and exported via DICOM and PC-compatible formats

• Images compatible with viewing, measurement, and processing tools, including MIP and MPR


Summary BenefitsThe FiberTrak option enables visualization of white matter tracts of the brain and spine. The results can be used in combination with other data like fMRI or anatomicals. Quantitative data (volumes, lengths, etc) enables a more detailed review. The tool has explicit guidance on certain tracts: it explains which ROIs are needed for identification of e.g. the corticospinal tract. Bookmarks can be generated for enhancing communications of results with other physicians.

MR FiberTrak

Visualization and quantification of white matter tracts in the brain and spine

• Task guidance allows the user to quickly generate the correct tracts.

• Includes nine fibertracking examples. This explains which regions to create in order to generate certain tracts.

• Hospital preferred tracts can be added for later guidance.• Various forms of displays and output, like 3D visualization, 2D

color cross sections, overlays, or quantitative results• DICOM-based output with merged anatomical tractography

information (through MMV)


Summary BenefitsThe MR Diffusion tool allows the user to characterize diffusion properties of tissue. Whether this is related to standard DWI, into ADC or eADC maps, e.g. in stroke, or whether DTI data is used to characterize the 3D and anisotropic properties of tissues specifically relevant for white matter in the brain or spinal cord. The automated registration of the input data secures reduced blurring related to motion. The user can manipulate color coding setup of output, choosing sub-selection of b-values weighted input, and generate bookmarks to save the exact setup.

MR Diffusion

Detailed review and generation of diffusion parameters and maps

• Registration, masking, and viewing is organized automatically so an immediate diffusion view of the data is provided.

• Choose the relevant parametric maps to be calculated and viewed or exported

• Ability to select the b-values required for analysis• For DTI data, additional advanced parameters like Radial- or

Axial Diffusivity, and Relative Anisotropy can be generated.


Summary BenefitsThe MR IViewBOLD application enables the physician to review brain activation maps and patterns in patients. The tool applies regression analysis to review block paradigms, event-related studies, and is even able to review seed based correlation resting state analysis. Bookmarks can be generated for enhancing communications of results with other physicians.

MR IViewBOLD

Brain activation analysis

• Rich paradigms can be defined through manual definitions or file import.

• Easy review through 2D, 3D TID selection and various underlays• Regression analysis applies the Hemodynamic Response

Function (HRF) to provide the best fit.• Patient motion induced activation is taken out by using the

motion patterns as one of the regressors.• Various forms of output, including DICOM based images with

merged anatomical and fMRI maps (through MMV)


Summary BenefitsMR Cartilage Assessment enables the assessment of disease status. It features creation of curved ROIs to enable accurate delineation of cartilage anatomy. For example, the package provides subdivision of cartilage into different layers and segments. All averaged T2 values are numerically and graphically displayed to differentiate the higher T2 values (higher values often identify damaged cartilage).


Review of cartilage structure using T2 analysis

• Advanced segmentation tools, allowing measurements of cartilage segments and layers

• Easy guided workflow• Export color images with a broad range of styles• Export T2 values as CSV (comma separated values) for further

research


Summary BenefitsQuickly ascertain the perfusion-diffusion mismatch overview (in two ways) in acute stroke. MR Perfusion Diffusion Mismatch shows the difference between the perfusion and diffusion areas in 2D and 3D.

MR Perfusion Diffusion Mismatch is part of the MR Neuro (T2*) Perfusion application.


Visualize and perform a quantitative analysis of the diffusion-perfusion mismatch

• Helps distinguish degree and type of ischemia, which in turn aids clinicians in the decision to undertake intravenous or intra-arterial thrombolysis


Summary BenefitsMR Subtraction enables subtraction calculations of dynamic studiesand also provides for computation of magnetization transfer contrast ratio (MTC) images from an appropriate set of input images.

MR Subtraction

Improve image contrasts for MR data in dynamic studies

• Define weighting factors to influence the subtraction or MTC outcome


Summary BenefitsMR T2* (Neuro) Perfusion is designed to assess brain perfusion helping with stroke assessment and other disease tracking. The application provides mean transit time (MTT), relative Cerebral blood Volume (relCBV), time to peak (TTP), time of arrival (T0), and relative Cerebral Blood Flow (relCBF).

MR T2* (Neuro) Perfusion

Reviewing brain tissue viability

• Visualize and perform quantitative analysie of the diffusion-perfusion mismatch in case of acute stroke

• Registration included• Perform temporal and spatial smoothing of the input data to

improve SNR• Includes user-selected color coding of the functional data• View and store maps as overlays on anatomical reference

images• User-defined opacity of the overlay• Perform ROI analysis• Arterial input functions (AIF) can be defined


Summary BenefitsMR Echo Accumulation enables the calculation of new images based on the selected sum of echo times.


Optimizing image contrasts for multi-echo MR data

• Helps optimize cartilage contrast within high-resolution knee images

• Processing provides interactive update of results


Molecular Imaging

NM NeuroQ 3.7(8)


NM NeuroQAmyloid(8)

NM Processing Applications

Suite

Emory Cardiac Toolbox (ECTb)

SyncTool(7)

NM Review

Emory Cardiac Toolbox 4.1(7)

NM JETPackApplication Suite

Cedars Sinai Cardiac Suite

2015(6)

NM EQuAL(8)

Corridor 4DM 2015(5)

Emory Cardiac Toolbox (ECTb) HeartFusion(7)

(5) Corridor4DM is a registered trademark of Invia, LLC.(6) Not available for sale in all countries. Please check for availability in specific countries.(7) Emory Cardiac Toolbox, ECTb, HeartFusion, and SyncTool are registered trademarks of Emory University.(8) NeuroQ and EQuAL are trademarks of Syntermed.


Summary BenefitsCedars Sinai Cardiac Suite delivers state-of-the-art quantification of myocardial perfusion studies and provides efficient workflow for study interpretation with exclusive integration of perfusion and function.

Cedars Sinai Cardiac Suite 2015*

Automatic quantification and analysis of nuclear cardiology studies

• RV quantification: automated RV contouring, quantification and analysis.

• Perfusion polarmap defect editor: users can manually edit polar map

• New DataView feature: user customizable viewing layouts• Enhanced Phase Analysis algorithm, Smart Launch, and color

pallet editor

Enhanced

* Not available for sale in all countries. Please check for availability in specific countries.


Summary BenefitsThe Astonish advanced reconstruction algorithm provides resolution recovery that features a patented dual filtering technique to minimize noise and help improve image quality. It allows for the use of an attenuation map to provide photon-specific scatter and attenuation corrections (AC) in addition to resolution recovery.


Advanced reconstruction algorithm that provides patient-specific and collimator-specific correction for resolution recovery

• Offers multiple clinical benefits including improved image resolution and improved workflow efficiency

• Improved image quality• Supports interpretative certainty and diagnostic accuracy• Helps simplify patient care by allowing you to inject half the

dose and imaging at full time, exposing patients to less radiation doses while maintaining accuracy

• Can be applied to SPECT studies using Tc-99m, TI-201, In-111, Ga-67, I-123, or I-131 and used for most Molecular Imaging procedures


Summary BenefitsEmory Cardiac Toolbox provides advanced tools for comprehensive cardiac SPECT and PET analysis, including fast assessment of myocardial perfusion and viability with minimal operator interaction. Designed to increase lab workflow and efficiency, Emory Cardiac Toolbox 4.1 has a new intuitive user interface, which supports a dynamic windows manager and a 3D display. This enhanced version also supports Astonish and Astonish AC normal limits, and includes SyncTool as standard features.

Emory Cardiac Toolbox 4.1*

Comprehensive cardiac quantification and analysis solution

• New SmartReport option – automated structured reporting dedicated to Nuclear Cardiology

• Transaxial reorientation• General performance enhancements• Enhanced Systolic Dyssynchrony analysis• Diastolic Dyssynchrony analysis

Enhanced

* Emory Cardiac Toolbox, ECTb, HeartFusion, and SyncTool are registered trademarks of Emory University.


Summary BenefitsCorridor4DM provides tools for the quantification, review, and reporting of cardiac perfusion, viability, and function. It features a configurable user interface and delivers a comprehensive cardiac analysis solution to improve the detection of coronary artery disease. Now supports Coronary Flow Reserve (CFR) quantification for dynamic PET designed to measure absolute blood flow in coronary arteries which can help reduce false negatives when attempting to identify multi-vessel disease and microvascularabnormalities.

Corridor4DM 2015*

Advanced cardiovascular quantification and image displays

• Quantifies, displays, and provides reporting for SPECT and PET myocardial perfusion and function, PET FDG metabolism, and SPECT blood pool studies in a single, configurable application

• Volumetric fusion for paired data sets• Provides tools to generate and review DICOM static and multi-

frame secondary screen captures• Easily configurable for different workflows, protocols, and user

preferences• Coronary Flow Reserve (CFR) Quantification for Rubidium (Rb-

82) and Ammonia (N-13)**• Enhanced LV surface estimation and quantification• Enhanced display tools• Additional normal databases to support GEMS Evolution SPECT

reconstruction

Enhanced

* Corridor4DM is a registered trademark of Invia, LLC.** The CFR option currently supports the following PET imaging systems only:

Siemens Biograph, Siemens ECAT, and GE Discovery


Summary BenefitsThe EQuAL tool supports your analysis of brain PET imaging of Temporal Lobe Epilepsy (TLE).

NM EQuAL*

Analysis tool for pre-surgical TLE

• Provides a non-invasive way for clinicians to determine, in advance of TLE surgery, the likelihood that a patient will become seizure-free after surgery

• Displays data conventionally and parameterized according to statistical and asymmetry-based representations

* NeuroQ and EQuAL are trademarks of Syntermed.


Summary BenefitsThe NeuroQ Amyloid analysis tool is designed to help clinicians to assess the presence or absence of Amyloid plaque in the brain.

NM NeuroQ Amyloid*

An analysis tool to assess amyloid plaque

• Quantitative analysis of amyloid uptake levels in the brain• Helps increase confidence in the diagnosis and alter treatment

plan• Intuitive and easy to use



Summary BenefitsThe NeuroQ application is designed to help clinicians perform a quantitative analysis of FDG-PET brain scans. The application compares the regional brain activity in an individual scan to activity values derived from a group of asymptomatic control subjects. It analyzes the distribution of FDG-PET in individual scans, as well as the sometimes hard to detect differences between two PET scans on the same patient taken at different points in time.

NM NeuroQ 3.7*

Quantitative analysis of brain PET scans

• Automated analysis and powerful tool to assist clinicians with interpretations of brain PET scans

• Helps clinicians to detect clinically meaningful abnormalities of regional brain metabolism

• New NeuroQ brain SPECT analysis option (HMPAO normal database)

Enhanced



Summary BenefitsNM Review provides a powerful yet simple to use image review and analysis environment for clinical evaluation of Molecular Imaging and hybrid imaging examinations. It offers access to automatic image co-registration tools, 3D lesion segmentation based on SUV threshold and % of SUVmax, a Slab Viewer to view oblique slices and a layout editor for personalized display. Volume rendering modes include MPR, MIP and fused 3D volume display. It also offers comprehensive image and curve manipulation tools.

NM Review

User-friendly and comprehensive review and analysis environment for Molecular Imaging and hybrid imaging

• Adaptable to the workflow needs of individual users thus improving workflow and efficiency

• Advanced 3D and 4D visualization and analysis improve the ability to delineate lesions and enhance diagnostic confidence

• Supports four SUV computation methods: Body Weight, Lean Body Mass, Body Surface Area and Body Mass Index

• Create, save, and retrieve findings and results using bookmarks• Share fused images with oncologists and surgeons during

multidisciplinary meetings, conferences, and tumor boards• Automatic registration runs during the loading of the

application. • Quick Layouts selection allows you to define different layouts for

different presets.

Enhanced


Summary BenefitsJETPack is a complementary suite of organ-specific applications for general Molecular Imaging developed within the IDL programming environment. It includes analysis tools for Whole Body, Brain SPECT, Endrocrine, Renal, Gastric, Hepatobiliary, and Lung.

NM JETPack Application Suite

Generate new clinical insights

• Comprehensive suite of applications and tools developed to meet the specific processing needs of a variety of users worldwide

• Intuitive and easy to use


Summary BenefitsNM Processing Application Suite provides a comprehensive analysis, and processing environment for Planar and SPECT studies. The Planar suite includes Renal, Lung, Whole Body and bone, Cardiac (MUGA), Esophagus, Gastro Intestinal and Hepatobiliaryapplications.

NM Processing Application Suite

A comprehensive suite of planar applications and SPECT reconstruction protocols

• AutoSPECT Pro provides fast and fully automated SPECT reconstruction and reorientation with motion correction, as well as CT-based attenuation and scatter correction.

• The QA Suite provides a comprehensive set of tools to perform daily and periodic quality control.


Summary BenefitsEmory Cardiac Toolbox (ECTb) SyncTool* provides an objective evaluation of left ventricular (LV) dyssynchrony using phase analysis.

Emory Cardiac Toolbox (ECTb) SyncTool*

Assess cardiac mechanic dyssynchrony

• Provides additional prognostic information that can be obtained from 3D perfusion images, such as the presence and location of scar tissue

• Review screen includes phase polar maps, phase histograms, and a summary of systolic wall thickening analysis including peak phase and standard deviation of the phase distribution



Summary BenefitsEmory Cardiac Toolbox (ECTb) HeartFusion* offers fusion of a patient’s coronary tree from cardiac CT angiography with MI perfusion images.

Emory Cardiac Toolbox (ECTb) HeartFusion*

Evaluate fused coronary anatomy

• Helps correlate stenosis with perfusion defects and identify muscle mass at risk



Ultrasound

US Q-App Region of

Interest (ROI)

US Q-App Vascular Plaque Quantification

(VPQ)


Quantification (EQ)(4)

US Q-App General

Imaging 3D Quantification

(GI 3DQ)US Q-App Intima Media Thickness

(IMT)


Analysis (EA)(3)


(3) Not available for sale in the US(4) Only available for sale in the US


Summary BenefitsVolume ultrasound is capable of capturing more clinical data than conventional ultrasound imaging techniques. The Q-App General Imaging 3D Quantification (GI 3DQ) is designed to provide advanced viewing, manipulation and quantitation of 3D datasets. Users can perform advanced functions such as MPR interrogation, iSlice tomographic imaging and volume rendering. Volumetric measurements can be performed using multiple methods including semi-automated tools. Results generated from this tool can be appended to the patient’s exam for complete documentation.

US Q-App General Imaging 3D Quantification (GI 3DQ)

Viewing, manipulation, and quantification of ultrasound 3D datasets

• 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


Summary BenefitsQ-App Intima Media Thickness (IMT) is an automated measurement technique of the intima media thickness in carotid arteries and other superficial vessels used to determine patients at risk for cardiovascular disease.

US Q-App Intima Media Thickness (IMT)

Easy and consistent measurement of intima media thickness in superficial vessels

• Automated measurement technique on user-selected frames.• Selector chart to record location and side of vessel where the

IMT is measured.• Quick optimization for thin or thick intima media complexes.• User-adjustable Region of Interest.• User-defined measurement capability.• Compatible with Philips EPIQ, Affiniti, iE33, iU22, CX50, HD15,

HD11, HD7, EnVisor C.0 Ultrasound systems.


Summary BenefitsQ-App MicroVascular Imaging (MVI) maps contrast agent progression and enhances vessel conspicuity with contrast* enhanced ultrasound (CEUS) for tumor assessment and monitoring.


Map contrast agent progression and enhance vessel conspicuity

• Review loops from Philips EPIQ and iU22 systems including side-by-side files.

• Motion compensation algorithm selectable in preferences menu.

• Append to patient exam.• Compatible with Philips EPIQ, Affiniti , iU22 CX50, and HD15

systems.

* Ultrasound contrast agents are approved for use in Left Ventricular Opacification(LVO) applications ONLY in the US


Summary BenefitsInnovation from Philips using 3D ultrasound data, the Q-App Vascular Plaque Quantification (VPQ ) automatically measures plaque burden or how much plaque is present throughout the captured volume, percent area vessel reduction and other characteristics of plaque composition in the carotid arteries.

US Q-App Vascular Plaque Quantification (VPQ)

Comprehensive volume analysis for carotid plaque analysis

• 3D technology to visualize and quantify vascular plaque.• Streamlined workflow through protocol-based task guidance.• Automatically calculates and displays vessel and plaque

boundaries for each frame in the volume data.• Analysis data presented on image.• Total plaque volume calculated (mm3).• Maximum % area reduction calculated.• Graph analysis data (lumen area, plaque area, reduction over

vessel length.• Compatible with the Philips EPIQ, Affiniti and iU22 systems,

monochrome, single-volume 3D volumes acquired with the VL13-5 mechanical transducer.


Summary BenefitsThe Q-App Region of Interest (ROI) provides specialized tools for spatial and temporal analysis of regions of interest in 2D, color and contrast enhanced* ultrasound exams (CEUS). This Q-App also provides basic 2D measurement tools (distance, area) as well. For CEUS applications, multiple motion compensated regions can be defined for contrast bubble analysis to generate wash-in/ wash-out curves for lesion blood flow assessment.

US Q-App Region of Interest (ROI)

Perform advanced analysis of 2D, Color and CEUS data

• User definable regions for advanced analysis of ultrasound data.• Allows analysis of echo and color data over time for pixel

intensity and distribution curves.• Supports contrast enhanced* ultrasound exams and facilitates

analysis of temporal wash-in/wash-out events.• Compatible with Philips EPIQ, Affiniti, iE33, iU22, CX50, HD15,

HD11 and HD7 systems files.

* Ultrasound contrast agents are approved for use in Left Ventricular Opacification(LVO) applications ONLY in the USA


Summary BenefitsBreast elastography provides an adjunct breast imaging technique that helps determine if an area of tissue is hard or soft. Abnormal tissue tends to be harder than surrounding tissue. The Q-App Elastography Quantification (EQ) provides strain elastographyquantification of tissue deformation based on an elastogram and provides decision support for tissue stiffness.

US Q-App Elastography Quantification (EQ)*

Strain elastography quantification of relative tissue deformation based on an elastogram

• Thumbnail display of frames.• Size comparison between two ROIs.• Strain ratio calculation.• Calculation and display of strain rate and total strain.• Graphical display of strain ratios with parametric imaging.• Append to patient exam.• Compatible with Philips EPIQ , Affiniti and iU22 systems using

Elastography mode.

*Only available for sale in the US


Summary BenefitsBreast elastography provides an adjunct breast imaging technique that helps determine if an area of tissue is hard or soft. Abnormal tissue tends to be harder than surrounding tissue. The Q-App Elastography Analysis (EA) provides size comparisons ROIs with measurement /ratio results based off the elastography analysis of tissue deformation of an elastogram (USA only).

US Q-App Elastography Analysis (EA)*

Strain elastography quantification of relative tissue deformation based on an elastogram

• Thumbnail display of frames.• Size comparison between two ROIs.• Strain ratio calculation.• Append to patient exam.• Compatible with Philips EPIQ, Affiniti and iU22 systems using

Elastography mode.

*Not available for sale in the US.

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All your advanced analysis needs · • Advance viewing and post-processing (DSA) of angiographic images and series ... generic report New. 13 Philips IntelliSpace Portal 8.0 Summary