Cascadia AN Lordotic-Oblique 3D
Interbody System
The Cascadia AN Lordotic-Oblique 3D Interbody System includes a full range ofanatomically designed interbodies for multiple spinal applications. This system is designed to offer a comprehensive solution for the restoration and maintenance of disc height to facilitate sagittal balance in the lumbar spine. Lamellar 3D Titanium Technology incorporates 300-500 μm longitudinal channels, which in conjunction with transverse windows can create an interconnected lattice designed to allow for bony integration. [1,2]
Main Features
- Roughened titanium surfaces have been shown to demonstrate increased protein expression in contrast to smooth titanium surfaces [3,4,5]
- Convex design resembles anatomic structure of endplates
- 35° angled posterior wall designed to accommodate vertebral anatomy
- 10 x 28 and 10 x 32mm footprints available in posterior heights ranging from 4–12mm andlordotic angles of 6°, 12° and 18°
References:
1. Test Report TR-1220.
2. Loh QL and Choong C. “Three-dimensional scaffolds for tissue-engineering applications: Role of porosity and pore size.” Tissue Engineering Part B 19 (230):1 485-502.
3. Karande TS, Kaufmann JM, and Agrawal CM. “Chapter 3: Functions and Requirements of Synthetic Scaffolds in Tissue Engineering.” Nanotechnology and RegenerativeEngineering: The Scaffold, Second Edition. Ed. CT Laurencin and LS Nair. Boca Raton: CRC Press, 2014. Pages 63-102.
4. Bobyn JD, Pilliar RM, Cameron HU, and Weatherly GC. “The optimum pore size for the fixation of porous-surfaced metal implants by the ingrowth of bone.” ClinicalOrthopaedics and Related Research 150 (1980): 263-270.
5. Karageorgiou V and Kaplan D. “Porosity of 3D biomaterials scaffolds and osteogenesis.” Biomaterials 26 (2005): 5474-5491.
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The Cascadia AN Lordotic 3D Interbody System includes a full range of anatomicallydesigned interbodies for multiple spinal applications. This system aims to assist in the restoration and maintenance of disc height and sagittal balance in the lumbar spine. Lamellar 3D Titanium Technology incorporates 300-500 μm longitudinal channels, which in conjunction with transverse windows can create an interconnected lattice designed to allow for bony integration. [1,2]
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