Master Thesis, Björn Sommer, 2006

These are pictures of the seminar 'Interactive Visualization Of Biological Cells'

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

These pictures are taken from the CmDisplayCell-Environment, implemented in amira.

project

The aim of CELLmicrocosmos is the interactive stereoscopic visualization of biological cells for a better understanding of their internal structures and their functioning.

Based on microscopic datasets, biological cells are reconstructed in 3D models. Via Virtual Reality (VR) techniques they can be explored interactively for educational and scientific purposes. [more]

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This website is only for members of the CELLmicrocosmos project.

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