Robin Mange

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Systems-oriented research accelerates our understanding of biological processes and helps in identifying novel drug candidates. However, development of good models and our intuition is hampered by the biological complexity. To be able to see how candidate models evolve in front of the user in an interactive virtual 3D cell at various zoom levels, therefore(More)
This paper presents a method for the real-time tracking and rendering of dendritic cells in a stream of microscopes images, as implemented in the software seeCell (TM) developed by Visualbiotech (Mange, 2008). The main guideline is how computer graphics technology can increase the relevancy of the acquired data by creating new perspectives on the stream of(More)
By dividing the rendering of neurons into two modes called exploration mode and static mode, the user can explore large neuron databases interactively. The <i>exploration</i> mode contains only the necessary visual characteristics of neurons for the user to be able to navigate inside of the circuit, with an upper limit of primitives used. It is done in a(More)
ABSTRACT : In our previous study, we introduced a combination methodology of Fluorescence Correlation Spectroscopy (FCS) and Transmission Electron Microscopy (TEM), which is powerful to investigate the effect of intracellular environment to biochemical reaction processes. Now, we developed a reconstruction method of realistic simulation spaces based on our(More)
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