Tracking virus particles in fluorescence microscopy images using multi-scale detection and multi-frame association

Automatic fluorescent particle tracking is an essential task to study the dynamics of a large number of biological structures at a sub-cellular level. We have developed a probabilistic particle tracking approach based on multi-scale detection and two-step multi-frame association. The multi-scale det...

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Hauptverfasser: Jaiswal, Astha (VerfasserIn) , Godinez, William J. (VerfasserIn) , Eils, Roland (VerfasserIn) , Lehmann, Maik J. (VerfasserIn) , Rohr, Karl (VerfasserIn)
Dokumenttyp: Article (Journal)
Sprache:Englisch
Veröffentlicht: 17 July 2015
In: IEEE transactions on image processing
Year: 2015, Jahrgang: 24, Heft: 11, Pages: 4122-4136
ISSN:1941-0042
DOI:10.1109/TIP.2015.2458174
Online-Zugang:Verlag, lizenzpflichtig, Volltext: https://doi.org/10.1109/TIP.2015.2458174
Volltext
Verfasserangaben:Astha Jaiswal, Member IEEE, William J. Godinez, Member IEEE, Roland Eils, Maik Jörg Lehmann, and Karl Rohr

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520 |a Automatic fluorescent particle tracking is an essential task to study the dynamics of a large number of biological structures at a sub-cellular level. We have developed a probabilistic particle tracking approach based on multi-scale detection and two-step multi-frame association. The multi-scale detection scheme allows coping with particles in close proximity. For finding associations, we have developed a two-step multi-frame algorithm, which is based on a temporally semiglobal formulation as well as spatially local and global optimization. In the first step, reliable associations are determined for each particle individually in local neighborhoods. In the second step, the global spatial information over multiple frames is exploited jointly to determine optimal associations. The multi-scale detection scheme and the multi-frame association finding algorithm have been combined with a probabilistic tracking approach based on the Kalman filter. We have successfully applied our probabilistic tracking approach to synthetic as well as real microscopy image sequences of virus particles and quantified the performance. We found that the proposed approach outperforms previous approaches. 
650 4 |a Algorithms 
650 4 |a automatic fluorescent particle tracking 
650 4 |a biological structures 
650 4 |a Biology 
650 4 |a biology computing 
650 4 |a cellular biophysics 
650 4 |a fluorescence 
650 4 |a fluorescence microscopy image sequence 
650 4 |a global spatial information 
650 4 |a Image Processing, Computer-Assisted 
650 4 |a image sequences 
650 4 |a Kalman filter 
650 4 |a Kalman filters 
650 4 |a Microscopy 
650 4 |a Microscopy, Fluorescence 
650 4 |a multi-frame association 
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650 4 |a multiscale detection 
650 4 |a Noise 
650 4 |a optimisation 
650 4 |a optimization 
650 4 |a Optimization 
650 4 |a Particle tracking 
650 4 |a Probabilistic logic 
650 4 |a probabilistic particle tracking approach 
650 4 |a probability 
650 4 |a Signal-To-Noise Ratio 
650 4 |a sub-cellular level 
650 4 |a tracking algorithms 
650 4 |a Trajectory 
650 4 |a two-step multiframe association finding algorithm 
650 4 |a Virion 
650 4 |a Virology 
650 4 |a virus particle tracking 
650 4 |a Virus particle tracking 
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