CT Lung Nodule Assessment (LNA)

For diagnostic use and low-dose CT lung cancer screeningg

ct lung

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

 

  • Compliance with Fleischner guidelines.
  • Assess the likelihood of malignancy of a detected lung nodule using image-based features and clinical information.
  • Arrive at a confident diagnosis quickly with a variety  of tools, such as a set of segmentation and editing tools (2D and 3D) and LungRADS categorization 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.

DynaCAD Breast1

Purpose-built to streamline workflow and enhance productivity

dynacad
Work in Progress
  • Automatically generate multi-planar reformatted (MPR) and maximum intensity projection (MIP) images.
  • Apply 3D image registration for correction of motion artifacts.
  • The post processed data is available for viewing in one of  the customized hanging protocols or can be automatically forwarded to a PACS archive.
  • The advanced segmentation algorithm automatically parses areas of enhancement from the background and allows users to make on-the-fly modifications.
  • Key landmark distances, diameter measures, volume, and kinetic traits are reported for each segmented area. This resulting data can optionally be added to a set of key case images and combined into a structured study report.
  • Multi-vendor viewing capabilities

DynaCAD Prostate1

Comprehensive solution to support Prostate reading

dynacad prostate
Work in Progress
  • Customizable hanging protocols allow each user to independently setup their own viewing preferences
  • On-the-fly system architecture provides the ability to alter settings without having to resend or reprocess exams.
  • Model based gland segmentation which automatically performs a 3D segmentation of the prostate gland eliminating the need to manually outline across multiple slices.
  • Users can alter or make adjustments to the segmented results in all three planes.
  • Patient reports can be setup to automatically capture pre-selected image sequences or curves, measurements and annotations.
  • Lesions are assessed using PIRADS scoring and incorporated into standardized reports. 

CT Virtual Colonoscopy

Enhance confidence, productivity and accuracy

virtual colonoscopy
  • 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

–Optimized 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.

NEW for NA market - VeraLook CAD1

Automatically detect potential polyps in CT colonography exams

dynacad prostate
1 Available 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 specialized Virtual colonoscopy reading environments
  • Improve confidence, productivity and workflow
  • Streamline the reading process and improve consistency

MR Advanced Diffusion Analysis1

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

diffusion analysis
1 510K pending, not available for sale in US
  • 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.