Quantification of frap experiments in live cell image sequences by combining segmentation and registration.
Il-Han KimCatharina CadmusAndrea C. PfeiferUrsula KlingmüllerRoland EilsKarl RohrPublished in: ISBI (2011)
Keyphrases
- image sequences
- joint segmentation
- mr brain
- microscopic images
- motion segmentation
- cell segmentation
- quantitative evaluation
- segmentation algorithm
- registration process
- outdoor scenes
- image registration
- brain mr images
- fluorescence microscopy images
- level set
- medical images
- variational framework
- atlas based segmentation
- volumetric images
- image segmentation
- microscopy images
- optical flow
- dynamic textures
- three dimensional
- cardiac magnetic resonance
- multi atlas
- clinical applications
- motion estimation
- background subtraction
- motion analysis
- region growing
- multi frame
- segmentation method
- atlas construction
- fully automatic
- cell nuclei
- intensity distribution
- shape prior
- displacement field
- medical imaging
- camera motion
- brain atlas
- articulated model
- object tracking
- image analysis
- nonrigid registration
- image guided
- confocal images
- probabilistic atlas
- structure from motion
- brain tumors
- magnetic resonance images
- brain mri
- brain structures