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Gimias suites
Gimias suites
Gimias suites
Gimias suites
Gimias suites
Gimias suites
Gimias suites
Gimias suites
Gimias suites
Gimias suites
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  • 1. GIMIASSuitesExamples of Clinical Applications
    CISTIB Center forComputationalImagingSimulation Technologies in Biomedicine
    Department of Information & Communication Technologies
    UniversitatPompeuFabra
    Barcelona, Spain
    www.cilab2.upf.edu
  • 2. Examples of clinical applications: complete clinical workflows that can be executed on GIMIAS
    AngioLab suite for GIMIAS: from medical images to intracranial aneurysm rupture risk assessment and treatment planning
    CardioLab suite for GIMIAS: from medical images to quantification of myocardial pathologies
  • 3. AngioLab suite for GIMIAS (1)
    Clinicalapplication: Diagnosis and treatment planning of intracranial aneurysms
    Diagnosis onangiographyimages
    Identify, locate and classifyaneurysm
    Characterizeaneurysm (morphological, hemodynamical, wallstructuralproperties)
    Createclinicalmodels of aneurysms
    • Treatment planning
    • 4. Assess the risk of aneurysm rupture
    • 5. Assess the riskofaneurysm treatment
    • 6. Select the best treatment for each patient, preventing aneurysm growth and rupture (stenting, coiling, flowdiverters)
    www.ubneurosurgery.com www.torontovascular.ca
  • 7. AngioLab suite for GIMIAS (2)
    Intracranial aneurysm modeling: From medical images to risk descriptors
  • 8. GIMIAS
    AngioLab suite for GIMIAS (3)
    Platform: Prototyping of clinical application
    Generic tools:
    Visualization, and interaction with 3D and 3D+t images
    Processing of multidimensional data
    Meshmanipulation (smoothing, refining, aneurysmdetection and isolation,…)
    Surface and volume rendering
    Workflow management
    GUI
    Specifictoolsforangiography:
    • Vesselsegmentation
    • 9. Aneurysmmorphologyquantification
    • 10. Virtual stenting
    • 11. Advancedvisualization of simulationresults
  • AngioLab suite for GIMIAS (4)
    Clinicalworkflow: frommedicalimagestomorphologicalanalysis and treatmentsimulation
  • 12. CardioLab suite for GIMIAS (1)
    Clinicalapplication: characterization and quantification of myocardial pathologies
    Diagnosis on images
    Evaluation of cardiac morphodynamics
    Characterization and quantification of the heart shape and its evaluation over time
    Create electrophysiological models
    Evaluate effect of myocardial fibres
    • Treatment planning
    • 13. Cardiac Resynchronization Thereapy (CRT) planning
    • 14. Simulatepacemakerimplant
  • GIMIAS
    CardioLab suite for GIMIAS (2)
    Platform: Prototyping of clinical application
    Generic tools:
    Visualization, and interaction with 3D and 3D+t images
    Processing of multidimensional data
    Manual segmentation and surfacemeshgeneration
    Meshmanipulation (smoothing, refining, volumetricmeshgeneration, …)
    Surface and volume rendering
    Workflow management
    GUI
    Specifictoolsforcardiology:
    • Cardiacsegmentationbasedonstatistical atlas
    • 15. Cardiacmorphologyquantification
    • 16. Treatmentsimulation
    • 17. Visualization of simulationresults
  • CardioLab suite for GIMIAS (3)
    Clinicalworkflow: frommedicalimagestomorphologicalanalysis and treatmentsimulation
  • 18. CardioLab suite for GIMIAS (4)
    Integration of cmGUI as a plugin in GIMIAS
    Specific tools for cardiology:
    • Specific collaboration on euHeart project (EC FP7)
    • 19. Still under development
    • 20. Will allow to combine visualization of simulation results from OpenCMISS with Image data

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