Difference between revisions of "Projects:RegistrationLibrary:RegLib C35"

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=== Registration Results===
 
=== Registration Results===
[[Image:RegLib_C35_Model.png |200px| very rough surface models of colon help visualize misalignment] very rough surface models of colon help visualize misalignment<br>
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[[Image:RegLib_C35_Models.png |200px| very rough surface models of colon help visualize misalignment]] very rough surface models of colon help visualize misalignment<br>
 
[[Image:RegLib_C35_unreg.gif‎ |500px|original unregistered]] original, not registered<br>
 
[[Image:RegLib_C35_unreg.gif‎ |500px|original unregistered]] original, not registered<br>
 
[[Image:RegLib_C35_reg.gif |500px| after surface registration (rigid) + manual correction]] after surface registration (rigid) + manual correction<br>
 
[[Image:RegLib_C35_reg.gif |500px| after surface registration (rigid) + manual correction]] after surface registration (rigid) + manual correction<br>
 
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Revision as of 16:07, 1 March 2011

Home < Projects:RegistrationLibrary:RegLib C35

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v3.6.1 Slicer3-6Announcement-v1.png Slicer Registration Library Case #35: Mouse Colon Brain MRI

Input

case A lleft case B
fixed image 1/target
MRI mouse 1
moving image
MRI mouse 2

Modules

Objective / Background

Aim is to register the two MRIs such that the colon aligns.

Download

Keywords

MRI, colon, mouse, masking, non-human, non-rigid,manual, unsolved

Input Data

  • reference/fixed MRI: 0.12 x 0.12 x 0.1 mm, 512 x 512 x 94
  • moving MRI: 0.09 x 0.09 x 0.1 mm, 512 x 512 x 94

Registration Challenges

  • The image content to be registered is less than 10% of the total image and of low energy (close to background);
  • there's large portions of the colon for which no matching/corresponding structures exist, i.e. a straightforward one-one mapping is not avail.
  • other landmarks (kidneys etc.) are very different in position and size

Key Strategies

  • This is a challenge case and currently unsolved. Best hopes are combinations of manual, fiducial and surface-based registration
  • Slicer 3.6.1 recommended modules:


Registration Results

very rough surface models of colon help visualize misalignment very rough surface models of colon help visualize misalignment
original unregistered original, not registered
after surface registration (rigid) + manual correction after surface registration (rigid) + manual correction