Technology
Spiderwort’s proprietary technology uses cellulose-based biomaterials to engineer living scaffolds for a variety of groundbreaking regenerative medicine applications. Spiderwort’s AerocellTM and HydrocellTM technology platforms provide clinicians and research teams precise control over stiffness, shape, textures, long-range architectures, to stimulate and control tissue regeneration.
Spiderwort plant based dermal filler™ and spinal cord injury medical device represent promising developments in biotechnology and the future of medicine.
![Spiderwort technology](https://spiderwortbio.com/app/uploads/2020/10/Lab-2-490x425.jpg)
Products
Spiderwort’s proprietary plant-based scaffolding provides a framework for significant advances in regenerative medicine, tissue engineering, and plant based dermal fillers™.
![CelluBridge](https://spiderwortbio.com/app/uploads/2020/10/background-image-490x425.png)
CelluBridge
CelluBridge™ is a cellulose-based scaffold that promotes the repair and regeneration of the spinal cord.
Learn more about CelluBridge![CelluJuve](https://spiderwortbio.com/app/uploads/2020/10/cellujuve_product.v1-490x425.jpg)
CelluJuve
CelluJuve™ is a cellulose-based dermal filler that can assist with everything from injury recovery to cosmetic enhancement.
Learn more about CelluJuve![](https://spiderwortbio.com/app/uploads/2020/10/video-thumbnail.png)
Video
Could we treat spinal cord injuries with asparagus? | TED
Spiderwort’s Chief Science Officer explains how we leverage cellulose-based biomaterials to develop regenerative medicine.
Video Play button - Could we treat spinal cord injuries with asparagus? | TED