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Multiple objects tracking in fluorescence microscopy.


ABSTRACT: Many processes in cell biology are connected to the movement of compact entities: intracellular vesicles and even single molecules. The tracking of individual objects is important for understanding cellular dynamics. Here we describe the tracking algorithms which have been developed in the non-biological fields and successfully applied to object detection and tracking in biological applications. The characteristics features of the different algorithms are compared.

SUBMITTER: Kalaidzidis Y 

PROVIDER: S-EPMC2798991 | biostudies-literature | 2009 Jan

REPOSITORIES: biostudies-literature

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Multiple objects tracking in fluorescence microscopy.

Kalaidzidis Yannis Y  

Journal of mathematical biology 20080514 1-2


Many processes in cell biology are connected to the movement of compact entities: intracellular vesicles and even single molecules. The tracking of individual objects is important for understanding cellular dynamics. Here we describe the tracking algorithms which have been developed in the non-biological fields and successfully applied to object detection and tracking in biological applications. The characteristics features of the different algorithms are compared. ...[more]

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