 |
|
|
|
|
VolRover encapsulates functionalities, which are computer accelerated methods for contour extraction, dynamic mesh reduction for improved interactive display, real-time rendering working with compressed data stream, and using topological and volumetric quantitative signature for feature extraction, along with the filtering and feature extraction techniques, into volumetric exploratory visualization tool. |
|
|
| :The Spinal Cord |
SESCRC (Selective Electroactive Spinal Cord Regeneration
Conduit) integrates live cells in hydrogels, neurotropins,
ECM molecules in gradients, growth factors, enzymes and
structural materials that are printed as single 3D
fabrications. It is preferred that all elements of an
engineered organ or tissue be fabricated at the same time. This
allows fast imaging and rapid prototyping methods to fabricate
tissue constructs that are not possible with conventional
manufacturing methods.[1]
SESCRC isolated targets are imaged and integrated with electronics
into 3D engineered tissues and conduits.[1] |
| | Slanted View from outside | | |
| | |
| | SAMRat Gray Matter | |  | | | |
| | Slanted View from outside | | |
| | |
| | | | |
|
These slides(pdf)
provide a shorter introduction.
More information on the SESCRC (Selective Electroactive Spinal Cord
Regeneration Conduit)(pdf)
SESCRC made by 3D Prototyping- Description, Facilities, Personnel
and Proposal - Kevin L. Reed
Credits
Data courtesy Kevin L. Reed
Images created by Bongjune Kwon
|
|
|
|
|
|
