Table 2
Statistical analysis of the results of the multiple regression analysis of the 3.8-mm-width implant
: The relationship between the bone characters obtained by CBCT and primary stability of the implants
Table 2 Statistical analysis of the results of the multiple regression analysis of the 3.8-mm-width implant : The relationship between the bone characters obtained by CBCT and primary stability of the implants
author: Masahiro Wada, Yasutane Tsuiki, Tohru Suganami, Kazunori Ikebe, Motofumi Sogo, Ikuhisa Okuno, Yoshinobu Maeda | publisher: drg. Andreas Tjandra, Sp. Perio, FISID
| Dependent variable = ITVs | (n = 47) |
| Independent variables | Standardized partial regression coefficient (P value) |
| Thickness of the cortical bone | 0.400 (=0.02) |
| Voxel value | 0.459 (<0.01) |
| Length of the implant | 0.005 (=0.97) |
| R 2 = 0.633 | |
| Dependent variable = ISQ values | (n = 47) |
| Independent variables | Standardized partial regression coefficient (P value) |
| Thickness of the cortical bone | 0.326 (=0.04) |
| Voxel value | 0.304 (<0.01) |
| Length of the implant | 0.420 (<0.01) |
| R 2 = 0.593 |
Table 2 Statistical analysis of the results of the multiple regression analysis of the 3.8-mm-width implant
Serial posts:
- Abstract : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- Background : The relationship between the bone characters obtained by CBCT and primary stability of the implants [1]
- Background : The relationship between the bone characters obtained by CBCT and primary stability of the implants [2]
- Background : The relationship between the bone characters obtained by CBCT and primary stability of the implants [3]
- Methods : The relationship between the bone characters obtained by CBCT and primary stability of the implants [1]
- Methods : The relationship between the bone characters obtained by CBCT and primary stability of the implants [2]
- Methods : The relationship between the bone characters obtained by CBCT and primary stability of the implants [3]
- Results : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- Discussion : The relationship between the bone characters obtained by CBCT and primary stability of the implants [1]
- Discussion : The relationship between the bone characters obtained by CBCT and primary stability of the implants [2]
- Conclusions : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- References : The relationship between the bone characters obtained by CBCT and primary stability of the implants [1]
- References : The relationship between the bone characters obtained by CBCT and primary stability of the implants [2]
- References : The relationship between the bone characters obtained by CBCT and primary stability of the implants [3]
- Acknowledgements : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- Author information : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- Additional information : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- Rights and permissions : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- About this article : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- Table 1 Correlation between bone factors and stability factors : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- Table 2 Statistical analysis of the results of the multiple regression analysis of the 3.8-mm-width implant : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- Table 3 Statistical analysis of the results of the multiple regression analysis of the 5.0-mm-width implant : The relationship between the bone characters obtained by CBCT and primary stability of the implants
- Figure 1. The bone model in this study (a pig's ilium). (a) The whole picture of the ilium. (b) The flat part of the posterior margin of the ilium. (c) The CT image of the ilium. : The relationship between the bone characters obtained by CBCT and primary stability of the implant
- Figure 2. The implants in this study. Two kinds of diameters (3.8 mm, 5.0 mm) and two kinds of lengths (7.0 mm, 12.0 mm) having a general threadlike shape with a mechanically polished surface. : The relationship between the bone characters obtained by CBCT and primary stability of the implant
- Figure 3. The special implant cavity-forming device. This device is able to adjust the up-and-down movement speed and the rotation speed of the drill. : The relationship between the bone characters obtained by CBCT and primary stability of the implant
- Figure 4. Setting the evaluation site. An implant placement simulation software (Osaka Landmarker ver. 5.0 with special specifications for study purposes, iCAT, Osaka, Japan) was used as the image analysis software. The virtual implant was placed in the implant cavity by simulation. : The relationship between the bone characters obtained by CBCT and primary stability of the implant
- Figure 5. Measurement site of the voxel values. The width of the measurement site was defined as 0.50 mm, i.e., from 0.25 mm inside (the to-be-compressed area at the time of placement) to 0.25 mm outside (the same width of the aforementioned) of the virtual implant. : The relationship between the bone characters obtained by CBCT and primary stability of the implant