University of Heidelberg
BIOQUANT

Biological Image Analysis

Segmentation, classification, and tracking of cells in fluorescence microscopy image sequences. High-throughput large-scale RNAi phenotype screens of human cells for cell cycle analysis. Investigation of the influence of genes on mitosis (cell division).

Segmentation of virus infected cells and quantification of the infection level. Analysis of high-throughput RNAi screens for identifying relevant genes and reconstruction of signalling networks.

Elastic registration and statistical analysis of 3D confocal cell microscopy images to analyze the 3D structure of chromatin. Temporal registration of moving cells for improved particle motion analysis.

Tracking and motion analysis of virus particles based on 2D and 3D dynamic fluorescence microscopy image sequences. Study of viral infections and virus-host interactions.

Elastic registration and quantification of gel electrophoresis images.

Contact: E-Mail (Last update: 04/05/2015)