We microtome embedded organs into large-scale, dimensionally stable section stacks, scan them after histological staining and reconstruct an in silico 3D histological image with a resolution of 0.9µ. After segmentation, a proprietary 3D printing process is used to generate stromal structures that can be subsequently colonized parenchymal.
This technique is based on:
Dr. Roland Rohde
+49 (0)511 532 8847
Rohde.Roland(at)mh-hannover.de
NIFE
Stadtfelddamm 34
30625 Hanover
Patents
Somogyi J, 3D vascular tree segmentation using neural networks, Master's thesis M-01/20-919.