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

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'''Authors:''' Frédéric Panthier (1 & 2), Lounès Illoul (3), Laurent Berthe (3), Steeve Doizi (1), Oliver Traxer (1)
 
'''Authors:''' Frédéric Panthier (1 & 2), Lounès Illoul (3), Laurent Berthe (3), Steeve Doizi (1), Oliver Traxer (1)
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(1) Urology Department, Tenon Hospital, APHP, Paris
 
(1) Urology Department, Tenon Hospital, APHP, Paris
(2) Urology Department, Hôpital Européen Georges Pompidou, APHP, Paris)",\
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(3) PIMM lab, Arts et Métiers Paris Tech, Paris*
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(2) Urology Department, Hôpital Européen Georges Pompidou, APHP, Paris"
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(3) PIMM lab, Arts et Métiers Paris Tech, Paris
  
 
Contact: Frédéric Panthier, <email>fredericpanthier@gmail.com</email><br>
 
Contact: Frédéric Panthier, <email>fredericpanthier@gmail.com</email><br>
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Below, we describe the Instructions Guide to use KidneyStoneCalculator:
 
Below, we describe the Instructions Guide to use KidneyStoneCalculator:
  
# Open 3DSlicer and download “KidneyStoneCalculator” using the “Extension Manager”
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#Open 3DSlicer and download “KidneyStoneCalculator” using the “Extension Manager”
# Import DICOM data from a CT-scan (better with non-enhanced series)
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#Import DICOM data from a CT-scan (better with non-enhanced series)
# Open “Crop Volume” module  
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#Open “Crop Volume” module  
#* “Create a new annotation ROI” (Region Of Interest)
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#*“Create a new annotation ROI” (Region Of Interest)
#* Size the ROI in x, y and z axes using axial (red), sagittal (yellow) and coronal (green) view in four-up disposition.  
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#*Size the ROI in x, y and z axes using axial (red), sagittal (yellow) and coronal (green) view in four-up disposition.
#* Create a new volume (name will be: “name cropped”)
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#*Create a new volume (name will be: “name cropped”)
#* Click “Apply” button
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#*Click “Apply” button
# Open “KidneyStoneCalculator” module:
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#Open “KidneyStoneCalculator” module:
#* Select volume: “name cropped”
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#*Select volume: “name cropped”
#* Choose threshold (houndfields units) minimum and maximun to fit to the stone
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#*Choose threshold (houndfields units) minimum and maximun to fit to the stone
#* If there are multiples stones select “split islands into segments” with a recommended “minimum size” of 40 voxels
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#*If there are multiples stones select “split islands into segments” with a recommended “minimum size” of 40 voxels
#* Select a mode of treatment (laser source, core-diameter of laser fiber, laser settings and stone type)
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#*Select a mode of treatment (laser source, core-diameter of laser fiber, laser settings and stone type)
#* Select “show 3D” if you want to visualize in 3D-view the segmented stone(s)
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#*Select “show 3D” if you want to visualize in 3D-view the segmented stone(s)
#* Click “Apply” button. A table will appear to show the segment’s name, volume (mm3) and time of lithotripsy (min)
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#*Click “Apply” button. A table will appear to show the segment’s name, volume (mm3) and time of lithotripsy (min)
  
 
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Revision as of 16:26, 14 November 2019

Home < Documentation < Nightly < Modules < KidneyStoneCalculator


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


Introduction and Acknowledgements


Authors: Frédéric Panthier (1 & 2), Lounès Illoul (3), Laurent Berthe (3), Steeve Doizi (1), Oliver Traxer (1)
(1) Urology Department, Tenon Hospital, APHP, Paris
(2) Urology Department, Hôpital Européen Georges Pompidou, APHP, Paris"
(3) PIMM lab, Arts et Métiers Paris Tech, Paris

Contact: Frédéric Panthier, <email>fredericpanthier@gmail.com</email>

License: Slicer License

Module Description

Calculator.png
“KidneyStoneCalculator” consists in a volumetric evaluation of kidney stones and also provides information on surgical duration. Moreover, it provides the estimated time of lithotripsy and consequently the operative time. It provides in a few seconds a 3D view of the stone(s) and axial, coronal and sagittal views with CT-scan DICOMs.

Use Cases

N/A

Tutorials

Below, we describe the Instructions Guide to use KidneyStoneCalculator:

  1. Open 3DSlicer and download “KidneyStoneCalculator” using the “Extension Manager”
  2. Import DICOM data from a CT-scan (better with non-enhanced series)
  3. Open “Crop Volume” module
    • “Create a new annotation ROI” (Region Of Interest)
    • Size the ROI in x, y and z axes using axial (red), sagittal (yellow) and coronal (green) view in four-up disposition.
    • Create a new volume (name will be: “name cropped”)
    • Click “Apply” button
  4. Open “KidneyStoneCalculator” module:
    • Select volume: “name cropped”
    • Choose threshold (houndfields units) minimum and maximun to fit to the stone
    • If there are multiples stones select “split islands into segments” with a recommended “minimum size” of 40 voxels
    • Select a mode of treatment (laser source, core-diameter of laser fiber, laser settings and stone type)
    • Select “show 3D” if you want to visualize in 3D-view the segmented stone(s)
    • Click “Apply” button. A table will appear to show the segment’s name, volume (mm3) and time of lithotripsy (min)
Screenshot

Panels and their use

N/A

Similar Modules

N/A

References

N/A

Information for Developers