Figure 3. Representative SEM images of healing abutments after electrolysis of different charges and currents for 10 V and 5 min (all images × 1000 magnification)
Figure 3. Representative SEM images of healing abutments
author: Thiha Tin Kyaw,Takao Hanawa, Shohei Kasugai | publisher: drg. Andreas Tjandra, Sp. Perio, FISID
Figure 3. Representative SEM images of healing abutments after electrolysis of different charges and currents for 10 V and 5 min (all images × 1000 magnification)
Figure 3. Representative SEM images of healing abutments after electrolysis of different charges and currents for 10 V and 5 min (all images × 1000 magnification)
Serial posts:
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Investigation of different electrochemical cleaning methods on contaminated healing abutments in vitro: an approach for metal surface decontamination
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Background : cleaning methods on contaminated healing abutments
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Materials and methods : cleaning methods on contaminated healing abutments
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Results : cleaning methods on contaminated healing abutments (1)
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Results : cleaning methods on contaminated healing abutments (2)
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Discussion : cleaning methods on contaminated healing abutments (1)
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CLONE-Discussion : cleaning methods on contaminated healing abutments (2)
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Discussion : cleaning methods on contaminated healing abutments (2)
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Discussion : cleaning methods on contaminated healing abutments (3)
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Discussion : cleaning methods on contaminated healing abutments (4)
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Discussion : cleaning methods on contaminated healing abutments (5)
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Table 1 pH after electrolysis.
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Table 2 Qualitative analysis of surfaces after electrolysis
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Table 3 Composition (%wt) of the surface of the healing abutment
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Figure 1. The amount of residual contamination
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Figure 2. Microscopical images of the healing abutments
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Figure 3. Representative SEM images of healing abutments
Figure 3. Representative SEM images of healing abutments after electrolysis of different charges and currents for 10 V and 5 min (all images × 1000 magnification)
- 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