This study is concerned with the segmentation of cytological images and extraction of cellular entities in order to provide quantitative data about the number of cells in culture (statistical tests, morphology, model of evolution, etc). This quantitative supply is useful in biology to evaluate the consequences of the application of active substances on morphological changes and cellular viability. It is related to the conception of a system dedicated to automatic analysis of cell images, in order to evaluate the effects of drugs on the morphology of neuronal cells. We use a cooperative region / contour segmentation, which gives closed polygonal contours. As the neurites can cross over, the obtained closed polygonal contours can contain several cells. In order to extract each cell contour, a method of entity extraction has been developed. It is based on a vectorial shape descriptor: the bisector network, which is a simplified generalized Voronoi diagram. Keywords: Cytological images analysis, Region growing, Active contours, Skeletons, Generalized Voronoï diagram.
Cytological images analysis, Region growing, Active contours, Skeletons, Generalized Voronoï diagram.
CLOPPET, FLORENCE and STAMON, GEORGES (1998) "Analysis of Images of Cells with Neurites," Turkish Journal of Electrical Engineering and Computer Sciences: Vol. 6: No. 2, Article 2. Available at: https://journals.tubitak.gov.tr/elektrik/vol6/iss2/2