IntelliSpace Portal clinical portfolio

• The package provides motion correction, and enables large coverage / low-dose imaging for superb neuro results.

• 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.

• 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.

• 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.

• The application is used to display, process, analyze, quantify and manipulate anatomical and functional images for CT, MR, PET/CT and SPECT/CT images and/or multiple time-points.
• Offers enhanced semi-automatic volumetric segmentation, as well as selectable oncology response criteria including standards such as RECIST 1.0, RECIST 1.1, WHO, CHOI, PERCIST, irRC and mRECIST.
• A quantitative overview of volumetric and functional features is organized for quick navigation.
• The application also includes Glucose SUV, an option to calculate lesion uptake normalized by patient glucose level, as well as PET metabolic volume segmentation options based on percentage.

• Multi Modality Tumor Tracking supports the creation of Quantitative EASL (qEASL) maps used to measure segmented volumes of interest (VOI) in heterogeneous lesions.
• Data are presented as color map overlaid on the scans to show regional tumor enhancement heterogeneity. The color regions of the segmented lesions are where there is more enhancement than the pre-defined reference region.

• The application presents a default diffusion analysis model based on the available original DWI images as well as a selection of alternative models including monoexponential, biexponential, simplified IVIM, and kurtosis.
• A ‘goodness of fit’ value and fitted curve show the fitting quality of the selected model.
• The application also provides parametric maps of perfusion fraction (f), pseudo diffusivity (D*), Diffusivity (D) and Kurtosis (K).

• 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.

• Gain 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.

• 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.

• Weighting factors can be defined to influence the subtraction or MTC outcome.

• User-selected color-coding of the functional data.
• The maps can be viewed and stored as overlays on anatomical reference images.
• The opacity of the overlay is user-defined.
• ROI analysis is also included.
• Wash-out calculation for better handling large number of time points.

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

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

• 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.

• 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.