Figures & data
Figure 1. Model pipeline showing each step in the development process. The software used in each step is shown in parentheses.
![Figure 1. Model pipeline showing each step in the development process. The software used in each step is shown in parentheses.](/cms/asset/91f3c2e8-4f79-4dd1-bec0-ed0130865c3f/tciv_a_2330510_f0001_oc.jpg)
Figure 2. Spine geometry database. The label above each spine identifies the subject age and gender.
![Figure 2. Spine geometry database. The label above each spine identifies the subject age and gender.](/cms/asset/94b44117-3d90-4bd9-89d2-25ccfda43d1e/tciv_a_2330510_f0002_oc.jpg)
Figure 3. Example showing the creation of a datum plane representing the superior vertebral endplate extracted from surface data.
![Figure 3. Example showing the creation of a datum plane representing the superior vertebral endplate extracted from surface data.](/cms/asset/26409b94-a150-4070-b948-173c33d9fb5a/tciv_a_2330510_f0003_oc.jpg)
Table 1. Statistically significant main and interaction effects for each of the geometric measures. Bold elements denote a statistically significant result (p < 0.05). See figure 4 for a description and visual representation of each measure in the table.
Figure 6. Interfacet, interpedicular, and transverse process width measures as a function of vertebral level.
![Figure 6. Interfacet, interpedicular, and transverse process width measures as a function of vertebral level.](/cms/asset/9666fd94-90b4-424c-81cf-c419d6d0e638/tciv_a_2330510_f0006_oc.jpg)
Table 2. Vertebrae measurement comparison with previous geometry studies (mm). See figure 4 for a description and visual representation of each measure in the table.