Table 3 Composition (%wt) of the surface of the healing abutment analyzed with EDS. Mean of 5 samples was presented
Table 3 Composition (%wt) of the surface of the healing abutment
author: Thiha Tin Kyaw,Takao Hanawa, Shohei Kasugai | publisher: drg. Andreas Tjandra, Sp. Perio, FISID
Table 3. Composition (%wt) of the surface of the healing abutment analyzed with EDS. Mean of 5 samples was presented
Groups
Charges and currents
Titanium
Carbon
Others
I
+ 0.5 A
24.77
75.23
-
− 0.5 A
35.13
64.87
-
+ 1 A
62.82
37.18
-
− 1 A
84.10
15.90
-
+ 1.5 A
63.86
36.14
-
− 1.5 A
81.71
18.29
-
II
+ 0.5 A
21.48
74.14
Cu = 4.38
− 0.5 A
29.72
70.28
-
+ 1 A
50.15
39.65
Cu = 10.2
− 1 A
69.16
30.84
-
+ 1.5 A
51.05
38.11
Cu = 10.84
− 1.5 A
67.43
32.57
-
III
+ 0.5 A
32.77
67.23
-
− 0.5 A
41.04
58.96
-
+ 1 A
75.27
24.73
-
− 1 A
96.33
3.67
-
+ 1.5 A
72.37
27.63
-
− 1.5 A
96.88
3.12
-
Control
-
97.56
2.44
-
Serial posts:
-
Investigation of different electrochemical cleaning methods on contaminated healing abutments in vitro: an approach for metal surface decontamination
-
Background : cleaning methods on contaminated healing abutments
-
Materials and methods : cleaning methods on contaminated healing abutments
-
Results : cleaning methods on contaminated healing abutments (1)
-
Results : cleaning methods on contaminated healing abutments (2)
-
Discussion : cleaning methods on contaminated healing abutments (1)
-
CLONE-Discussion : cleaning methods on contaminated healing abutments (2)
-
Discussion : cleaning methods on contaminated healing abutments (2)
-
Discussion : cleaning methods on contaminated healing abutments (3)
-
Discussion : cleaning methods on contaminated healing abutments (4)
-
Discussion : cleaning methods on contaminated healing abutments (5)
-
Table 1 pH after electrolysis.
-
Table 2 Qualitative analysis of surfaces after electrolysis
-
Table 3 Composition (%wt) of the surface of the healing abutment
-
Figure 1. The amount of residual contamination
-
Figure 2. Microscopical images of the healing abutments
-
Figure 3. Representative SEM images of healing abutments
Table 3. Composition (%wt) of the surface of the healing abutment analyzed with EDS. Mean of 5 samples was presented
| Groups | Charges and currents | Titanium | Carbon | Others |
|---|---|---|---|---|
| I | + 0.5 A | 24.77 | 75.23 | - |
| − 0.5 A | 35.13 | 64.87 | - | |
| + 1 A | 62.82 | 37.18 | - | |
| − 1 A | 84.10 | 15.90 | - | |
| + 1.5 A | 63.86 | 36.14 | - | |
| − 1.5 A | 81.71 | 18.29 | - | |
| II | + 0.5 A | 21.48 | 74.14 | Cu = 4.38 |
| − 0.5 A | 29.72 | 70.28 | - | |
| + 1 A | 50.15 | 39.65 | Cu = 10.2 | |
| − 1 A | 69.16 | 30.84 | - | |
| + 1.5 A | 51.05 | 38.11 | Cu = 10.84 | |
| − 1.5 A | 67.43 | 32.57 | - | |
| III | + 0.5 A | 32.77 | 67.23 | - |
| − 0.5 A | 41.04 | 58.96 | - | |
| + 1 A | 75.27 | 24.73 | - | |
| − 1 A | 96.33 | 3.67 | - | |
| + 1.5 A | 72.37 | 27.63 | - | |
| − 1.5 A | 96.88 | 3.12 | - | |
| Control | - | 97.56 | 2.44 | - |
- Investigation of different electrochemical cleaning methods on contaminated healing abutments in vitro: an approach for metal surface decontamination
- Background : cleaning methods on contaminated healing abutments
- Materials and methods : cleaning methods on contaminated healing abutments
- Results : cleaning methods on contaminated healing abutments (1)
- Results : cleaning methods on contaminated healing abutments (2)
- Discussion : cleaning methods on contaminated healing abutments (1)
- CLONE-Discussion : cleaning methods on contaminated healing abutments (2)
- Discussion : cleaning methods on contaminated healing abutments (2)
- Discussion : cleaning methods on contaminated healing abutments (3)
- Discussion : cleaning methods on contaminated healing abutments (4)
- Discussion : cleaning methods on contaminated healing abutments (5)
- Table 1 pH after electrolysis.
- Table 2 Qualitative analysis of surfaces after electrolysis
- Table 3 Composition (%wt) of the surface of the healing abutment
- Figure 1. The amount of residual contamination
- Figure 2. Microscopical images of the healing abutments
- Figure 3. Representative SEM images of healing abutments