In this paper we propose a mapping of the cell nucleus which is based on the matching of the nuclear contours. The proposed method does not put constraints on.
In this paper we propose a mapping of the cell nucleus which is based on the matching of the nuclear contours. The proposed method does not put constraints on ...
Mar 29, 2011 · A wide range of registration techniques has been proposed to remove 2D and 3D motion of cell nuclei using rigid transformations, i.e. ...
In this paper we propose a mapping of the cell nucleus which is based on the matching of the nuclear contours. The proposed method does not put constraints on ...
Abstract—The dynamics of genome regions are associated to the functional or dysfunctional behaviour of the human cell. In order to study these dynamics it ...
2D mapping of strongly deformable cell nuclei-based on contour matching
pubmed.ncbi.nlm.nih.gov › ...
2D mapping of strongly deformable cell nuclei-based on contour matching ... based on the deformation of the nuclear contour and has no shape constraints.
Missing: warping. | Show results with:warping.
2D mapping of cell nuclei based on contour warping. Creators. De Vylder, Jonas. Description. Publication in the conference proceedings of EUSIPCO, Aalborg ...
Mar 29, 2011 · The spatiotemporal dynamics of protein complexes and genome loci are functionally linked to cellular health status.
2D mapping of cell nuclei based on contour warping. De Vylder, Jonas, De Vos, Winnok, Philips, Wilfried · Details · Contributors · Fields of science ...
For each antenna, the contour was drawn manually, flipped to a left antenna (in the case of right antennae) and then aligned by dynamical time warping (DTW).