Philips Healthcare

3D Modelling as part of IntelliSpace Portal 10
Clip No Bounds – PCH + quote

“The importance of sharing information in healthcare is extreme. The Portal is that connecting piece.” Division Chief of Radiology

Richard Towbin, M.D.

All your advanced analysis needs,
one comprehensive solution

Today’s leading advanced visualization environments utilize multiple modalities and inputs across a complex, widely distributed network. The IntelliSpace Portal 10 meets multiple time and resource demands with one comprehensive platform offering the power to visualize, diagnose, and communicate, across clinical domains and modalities.

It combines sharp images, precision analysis, and workflow efficiency tools into a single advanced analysis solution, with the ability to pair easily with all our Philips modalities and Healthcare IT solutions, and beyond.

Explore our Advanced Visualization applications

Neurology
Neurology
^{MR Advanced Diffusion Analysis}

Enhance your workflow by generating additional cDWI images with b-values that were not acquired

Supports a diversity of analysis methods including more advanced techniques that compensate for non-diffusion based signal loss such as IVIM.

Provide diffusion analysis models, as well parametric maps of Perfusion fraction (f), Pseudo Diffusion coefficient (D*), Diffusion coefficient (D) and Kurtosis (K).

Display parameter values from user defined ROI’s (Regions of Interest).

Enhance your workflow and save time by calculating and displaying Computed Diffusion Weighted Images (cDWI) at a b-value of choice.

Supplement DWI scans with the perfusion fraction (f) parametric maps, which may be used as a parameter of the amount of capillary vessels in a region.

Display the ROI results in tabular and graphical formats.
Oncology
Oncology
CT Lung Nodule Assessment (LNA)

For diagnostic use and low-dose CT lung cancer screening

Get vital support in reading and following up complex oncology cases – even on low-dose CT chest scans looking for chest pathologies

Implementation with Fleischner guidelines

Assess the likelihood of malignancy of a detected lung nodule using image-based features and clinical information.

Comprehensive diagnosis with a variety of tools, such as a set of segmentation and editing tools (2D and 3D) and LungRADS categorisation reporting. The intuitive user interface and advanced workflow keep things moving fast.

New Auto Prefill Parameters present the data and measurements generated by the application: Prifissural/Subpleural, Emphysema, Endobronchial

New Lung and Lube segmentation

NEW for NA market - VeraLook CAD¹

Automatically detect potential polyps in CT colonography exams

¹Available only in the US

VeraLook from iCAD is a sophisticated Virtual colonoscopy CAD software engine specifically designed to automatically detect potential polyps in the colon. The software is integrated into the review workstation software and performs analysis on the original CT images. The CAD algorithm includes image processing and pattern recognition technology to detect potential polyps. The algorithm was trained on an extensive library of Virtual colonoscopy exams with known polyp and non-polyp examples.

Identify colon polyps to aid in the reading process

Integrate with specialised Virtual colonoscopy reading environments

Improve confidence, productivity and workflow

Streamline the reading process and improve consistency

CT Virtual Colonoscopy

Enhance confidence and productivity

Colon editing GUI - improved workflow and usability:

–Simplified floating dialog with editing tools per segment

–Draw new centerline - Allows creation of a complete new centerline over the whole colon while keeping the segmentation intact.

–Center line creation allows real time update of centerline points

–Optimised layout for center line creation and editing

VC User Preference for:

–Colon color

–Cleaning method

“Save User Settings” – allows saving user preferences for application options: compare, link, Spread mode and Layout.

New “Mirror layout” for dual monitor mode.
Cardiology
Cardiology
MR Qflow

Integrate Qflow as part of MR Cardiac suite²

²Qflow still available also outside of CMR to accommodate non-cardiac use

Allow easy compare of flow results to cardiac function in ONE suite

The application is designed to support visualisation and quantification of blood flow dynamics by reviewing MR Q-Flow data. The tooling creates 2D color flow overlay maps on anatomical references, e.g. to be used to calculate stroke volumes. The package includes automatic vessel contour detection for large vessels to quickly analyse vessel flow. Background correction allows for offset correction required for q-flow data of certain MR vendors.

Qflow and Function (and other analysis) combined reporting

MR Cardiac Quantitative Mapping

Map calculation for other acquisitions

The application is designed to analyse quantitative maps provided by the scanner as well as calculated quantitative maps within the application for T1, T2 and T2* data. A toolbox is provided to manually improve the quantitative map calculation by manual and automatic motion correction tools.

More acquisitions support:

–Molli

–shMolli

–SASHA

–T2prep

‘R2 error map’ is added to the workflow as a quality check

MR Cardiac Whole Heart

IntelliSpace Portal 10 – Task guided workflow

The application allows for 3D visualisation of any 3D or MRA scanned data. The application allows for automated segmentation of the heart in 3D data to provide a high quality 3D rendering of the heart. Furthermore it allows MRA data to be reviewed in Volume Rendering or MIP mode to segment relevant parts of the scanned data. With the tool the individual segmented tissues like left-ventricle, right-ventricle, coronaries etc. can be manually edited and selectively viewed and exported in a batch or saved as STL/VTK model to serve as 3D print or used in procedure planning.

Features included: Volume Rendering, 3D heart segmentation algorithm, tissue list, (seed based) masking & segmentation and edit tools.

Enhancements in MR Cardiac

Easy comprehensive cardiac review for MR exams

MR Cardiac enables quick visualisation with viewing protocols, of a single, multiple or all available cardiac series, including synchronisation 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.

Benefits:

Any selection of series in the viewer will be the selection to open a new protocol in the ‘create new viewing protocol’ step

MR Function freehand segmentation and edit tool:

Allow multiple manual segmentation tools in LV

‒Freehand

‒Spline

‒Drop Seed

Allow multiple manual segmentation tools in RV

‒Freehand

‒Spline

The user has the ability to see all slices of the SA series in one viewport

CT Cardiac Viewer

Quick cardiac visualisation

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. Assisting in visualisation of complex anatomy, and for results sharing (e.g. with surgeons)

Quick visualisation of one or multiple cardiac phases

Synchronisation 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
Vascular
Vascular
Multi Modality Advanced Vessel Analysis (AVA)

Comprehensive planning in five minutes

Tissue editing tools accessible from floating toolbar opened per selected viewport: Vessels, Bone, MPR

Replicate volume bounding tools, provided in scene 1, also to scene 2

User can manually extract centerlines when auto bone removal is not used

Layout consistency when switching to segmentation tab

Vessels extraction scene – Support Undo/Redo options.
3D Modelling
3D Modelling
MM 3D Modeling

Bringing innovation into patient care

Clinical training

3D models play a significant role in teaching basic and clinical medicine. This innovative, simulation-based educational approach can create a novel opportunity to stimulate interests in different fields, and provide additional practice methods to improve experience of clinicians.

MM 3D Modeling

Bringing innovation into patient care

Patient Education

3D models are utilised by clinicians to improve patient and family understanding of anatomy and pathology.

Explaining therapeutic approaches and techniques by visualisation can empower the patient and can contribute to the overall patient experience.

MM 3D Modeling

Create and export 3D models optimised for 3D printing

3D Modeling provides an optimised workflow for physicians wishing to print models utilising the 3D segmentations (CT or MR) of IntelliSpace Portal applications. 3D Modeling offers a suite of clinician focused rendering and editing tools to optimise a model for printing, so the model reflects the true patient anatomy.

Segment multiple anatomies and component parts in a single workflow

Enhanced mesh libraries for cleaner printable files

Tools for optimised 3D editing and tissue management

Multiple model preview

“Quality check” function of model against underlying imaging

Export to even multiple STLs for print easily

Save models as 3D PDF for communication and annotation