3D liver cell
The modeling of a 3D liver cell marks a significant advance in biomedical research and teaching. The three-dimensional representation makes the complex structure and function of the liver cell accessible in a way that is not possible in two-dimensional images. This innovative approach enables researchers and students to intuitively understand and analyze the cellular components and their interactions within the cell.

3D liver cell
The modeling of a 3D liver cell marks a significant advance in biomedical research and teaching. The three-dimensional representation makes the complex structure and function of the liver cell accessible in a way that is not possible in two-dimensional images. This innovative approach enables researchers and students to intuitively understand and analyze the cellular components and their interactions within the cell. The visualization in a 3D cave, an immersive virtual space that offers an all-round screen display, is particularly impressive. In this environment, users can view the liver cell from different perspectives and even "dive into" the cell to explore its components up close. This not only promotes a deeper understanding of cellular processes, but also opens up new avenues for the discovery and development of therapies. 3D modelling and visualization in a 3D Cave thus offer an invaluable advantage for medical research and education by creating a realistic and interactive learning experience.
Visit: BTU-Cottbus
3D Modelling | Ulrich Gerlach
3D real-time App | NEED immersive reality