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The quantitative analysis of molecule interactions in bioimaging is key for understanding the molecular orchestration of cellular processes and is generally achieved through the study of the spatial colocalization between the different populations of molecules. Colocalization methods are traditionally divided into pixel‐based methods that measure global correlation coefficients from the overlap between...
The analysis of the spatial distribution of molecules along one dimensional structures, such as filaments of the cell's cytoskeleton, gives essential information on intracellular transport mechanisms. The standard tool for analyzing molecules' organization is the Rip-ley's K function, which permits to statistically test the hypothesis of molecules' random distribution against clustering or dispersion...
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