Imaging Informatics

TeraRecon Systems

(www.terarecon.com)

TeraRecon AquariusNET servers

  • Distributed 2-D/3-D/4-D real-time rendering and visualization on any windows PC via local network
  • Total of 15TB of storage space for Medical Imaging in RAID5+1 configuration directly connected to servers
  • Concurrently 3-D render ~36,000 images in real-time
  • Render images from any modality in 3-D from a stack of 2-D DICOM images
  • Virtual Endoscopy
  • MPR, MIP, 3-D, 4-D
  • Image fusion
  • JPEG, AVI, and DICOM output

TeraRecon Aquarius workstations

  • Advanced 2-D/3-D/4-D real-time rendering and visualization imaging workstation
  • 500GB of direct attached storage space for storage of medical images
  • Each workstation can concurrently render 3,400 images in real-time
  • Render images from any modality in 3-D from a stack of 2-D DICOM images
  • Volumetric, area, and distance measurement capabilities
  • Advanced segmentation and analysis modules
  • Virtual Endoscopy
  • MPR, MIP, 3-D, 4-D
  • Image fusion
  • JPEG and AVI output

OsiriX

(www.osirix-viewer.com)

  • 2-D/3-D/4-D advanced imaging software for Macintosh
  • Volumetric, area, and distance measurement capabilities
  • Advanced segmentation and analysis modules
  • Open source software
  • QuickTime Virtual Reality movies
  • Interactive movies for medical imaging
  • Embeddable movies into PowerPoint presentations
  • Embeddable movies into web pages

Mimics

(www.materialise.com/mimics)

  • Advanced 2-D/3-D modeling software for PC
  • Volumetric, area, and distance measurement capabilities
  • Advanced segmentation and analysis modules
  • Generates 3-D AutoCAD files for printing on 3-D printer

Amira

(www.amiravis.com)

  • Advanced 2-D/3-D modeling software for PC
  • Volumetric, area, and distance measurement capabilities
  • Advanced segmentation and analysis modules
  • Generates 3-D autocad files for printing on 3-D printer

Image

(http://rsb.info.nih.gov/ij/)

  • Advanced imaging software
  • Open source software
  • Based on Java for various platforms of operating systems
  • Advanced segmentation and analysis capabilities

LCModel

(http://s-provencher.com/pages/lcmodel.shtml)

  • Automatic quantification of in vivo proton MR spectra
  • Fully developed over 15 years with spectra analyzed from a wide variety of scanners and field strengths at more than 400 sites

GE Advantage Workstations

(www.gehealthcare.com/usen/aw/index.html)

  • Advanced 2-D/3-D/4-D real-time rendering and visualization imaging workstation
  • Render images from any modality in 3-D from a stack of 2-D DICOM images
  • Volumetric, area, and distance measurement capabilities
  • Advanced segmentation and analysis modules
  • MPR, MIP, 3-D, 4-D

MIPAV

(http://mipav.cit.nih.gov)

  • Advanced imaging software
  • Advanced segmentation and analysis capabilities

DICOM server

  • Digital Imaging and Communications in Medicine
  • Network storage of medical images from all modalities in DICOM format
  • Imaging workstation and imaging modalities can send images in DICOM format for storage and retrieval from the DICOM server
  • Image database for organization of medical images
  • DCM4CHEE (www.dcm4che.org)
  • PHP (www.php.net)
  • MYSQL (www.mysql.com)
  • Apache (www.apache.org)

Apple Workstations and Servers

(www.apple.com)

  • Blu-ray DVD backup
  • Exabyte 320GB tape archive
  • Audio/Video editing and encoding workstations
  • Training videos and images generated on these workstations
  • Website development
  • Database development
  • 3-D/4-D medical animation and illustration
  • Final Cut video editing software and hardware
  • ~30TB hard drive storage systems

Autodesk Maya 9

(www.autodesk.com)

  • Animation software for 3-D rendering
  • Animate 3-D objects generated from CT and MR scans
  • Rendering capabilities to 1080p

MIRC Software & Hardware

(www.rsna.org)

  • Medical Imaging Resource Center
  • WFBMC helped to develop
  • Beta site
  • Open source
  • Software for secure image transmission using the Internet
  • Coordinating and reading centers use MIRC to automate the sending and receiving of DICOM images from various hospitals and cities around the world
  • Functionality to automatically de-identify medical images