Difference between revisions of "Documentation/Nightly/Modules/EpileptogenicFocusDetection"

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Compare candidates obtained using SISCOM and a-contrario method.
 
Compare candidates obtained using SISCOM and a-contrario method.
  
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[[File:CompareDetections.png|Epileptogenic focus candidates]]
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** Differential method: Given two SPECT images (basal and ictal) in the same space (already registered), the images are substracted. An intensity normalization step is applied.
 
** Differential method: Given two SPECT images (basal and ictal) in the same space (already registered), the images are substracted. An intensity normalization step is applied.
 
** A-contrario: to be described
 
** A-contrario: to be described
 
  
  

Revision as of 18:57, 5 November 2015

Home < Documentation < Nightly < Modules < EpileptogenicFocusDetection


For the latest Slicer documentation, visit the read-the-docs.


Introduction and Acknowledgements

This work is part of
Author: Guillermo Carbajal, Álvaro Gómez, Universidad de la República, Uruguay
Contact: Guillermo Carbajal, <email>carbajal@fing.edu.uy</email>

Module Description

This module was developed to detect epileptogenic focus candidates using SPECT images. A MRI image can also be used. Below you will find a description of the functionality of the module.


Use Cases

Compare candidates obtained using SISCOM and a-contrario method.

Epileptogenic focus candidates

Tutorials

N/A

Panels and their use

  • Load Studies: The following studies are required:
    • SPECT basal
    • SPECT ictal
    • MRI (optional: for visualization of the results or SPECT/MRI registration)
  • Registration: To compare the basal SPECT and the icatl SPECT the volumes must be registered. In this step it is possible to perform:
    • SPECT basal/SPECT ictal registration
    • SPECT/MRI registration (if MRI Available)
    • SPECT basal/SPECT ictal mask (intersection) computation
  • Foci detection: Differential (SISCOM) and a-contrario methods are implemented. Results can be visualized in MRI Space (if available) or SPECT Space. Results can be compared.
    • Differential method: Given two SPECT images (basal and ictal) in the same space (already registered), the images are substracted. An intensity normalization step is applied.
    • A-contrario: to be described



Similar Modules

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References

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Information for Developers