Detection of periimplant fenestration and dehiscence with the use of two scan modes and the smallest voxel sizes of a cone-beam computed tomography device
Objective To assess the accuracy of cone-beam computed tomography (CBCT) in periimplant fenestration and dehiscence detection, and to determine the effects of 2 voxel sizes and scan modes. Study Design One hundred titanium implants were placed in bovine ribs in which periimplant fenestration and deh...
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| Published in: | Oral surgery, oral medicine, oral pathology and oral radiology Vol. 115; no. 1; pp. 121 - 127 |
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| Main Authors: | , , , , , |
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| Language: | English |
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2013
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| Abstract | Objective To assess the accuracy of cone-beam computed tomography (CBCT) in periimplant fenestration and dehiscence detection, and to determine the effects of 2 voxel sizes and scan modes. Study Design One hundred titanium implants were placed in bovine ribs in which periimplant fenestration and dehiscence were simulated. CBCT images were acquired with the use of 3 protocols of the i-CAT NG unit: A) 0.2 mm voxel size half-scan (180°); B) 0.2 mm voxel size full-scan (360°); and C) 0.12 mm voxel size full scan (360°). Receiver operating characteristic curves and diagnostic values were obtained. The Az values were compared with the use of analysis of variance. Results The Az value for dehiscence in protocol A was significantly lower than those of B or C ( P < .01). They did not statistically differ for fenestration ( P > .05). Conclusions Protocol B yielded the highest values. The voxel sizes did not affect fenestration and dehiscence detection, and for dehiscence full-scan performed better than half-scan. |
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| AbstractList | To assess the accuracy of cone-beam computed tomography (CBCT) in periimplant fenestration and dehiscence detection, and to determine the effects of 2 voxel sizes and scan modes.
One hundred titanium implants were placed in bovine ribs in which periimplant fenestration and dehiscence were simulated. CBCT images were acquired with the use of 3 protocols of the i-CAT NG unit: A) 0.2 mm voxel size half-scan (180°); B) 0.2 mm voxel size full-scan (360°); and C) 0.12 mm voxel size full scan (360°). Receiver operating characteristic curves and diagnostic values were obtained. The Az values were compared with the use of analysis of variance.
The Az value for dehiscence in protocol A was significantly lower than those of B or C (P < .01). They did not statistically differ for fenestration (P > .05).
Protocol B yielded the highest values. The voxel sizes did not affect fenestration and dehiscence detection, and for dehiscence full-scan performed better than half-scan. OBJECTIVETo assess the accuracy of cone-beam computed tomography (CBCT) in periimplant fenestration and dehiscence detection, and to determine the effects of 2 voxel sizes and scan modes.STUDY DESIGNOne hundred titanium implants were placed in bovine ribs in which periimplant fenestration and dehiscence were simulated. CBCT images were acquired with the use of 3 protocols of the i-CAT NG unit: A) 0.2 mm voxel size half-scan (180°); B) 0.2 mm voxel size full-scan (360°); and C) 0.12 mm voxel size full scan (360°). Receiver operating characteristic curves and diagnostic values were obtained. The Az values were compared with the use of analysis of variance.RESULTSThe Az value for dehiscence in protocol A was significantly lower than those of B or C (P < .01). They did not statistically differ for fenestration (P > .05).CONCLUSIONSProtocol B yielded the highest values. The voxel sizes did not affect fenestration and dehiscence detection, and for dehiscence full-scan performed better than half-scan. Objective To assess the accuracy of cone-beam computed tomography (CBCT) in periimplant fenestration and dehiscence detection, and to determine the effects of 2 voxel sizes and scan modes. Study Design One hundred titanium implants were placed in bovine ribs in which periimplant fenestration and dehiscence were simulated. CBCT images were acquired with the use of 3 protocols of the i-CAT NG unit: A) 0.2 mm voxel size half-scan (180°); B) 0.2 mm voxel size full-scan (360°); and C) 0.12 mm voxel size full scan (360°). Receiver operating characteristic curves and diagnostic values were obtained. The Az values were compared with the use of analysis of variance. Results The Az value for dehiscence in protocol A was significantly lower than those of B or C ( P < .01). They did not statistically differ for fenestration ( P > .05). Conclusions Protocol B yielded the highest values. The voxel sizes did not affect fenestration and dehiscence detection, and for dehiscence full-scan performed better than half-scan. |
| Author | Melo, Saulo Leonardo Sousa, DDS, MS Neves, Frederico Sampaio, DDS, MS Vasconcelos, Karla de Faria, DDS, MS de-Azevedo-Vaz, Sergio Lins, DDS, MS Haiter-Neto, Francisco, DDS, MS, PhD Campos, Paulo Sérgio Flores, DDS, MS, PhD |
| Author_xml | – sequence: 1 fullname: de-Azevedo-Vaz, Sergio Lins, DDS, MS – sequence: 2 fullname: Vasconcelos, Karla de Faria, DDS, MS – sequence: 3 fullname: Neves, Frederico Sampaio, DDS, MS – sequence: 4 fullname: Melo, Saulo Leonardo Sousa, DDS, MS – sequence: 5 fullname: Campos, Paulo Sérgio Flores, DDS, MS, PhD – sequence: 6 fullname: Haiter-Neto, Francisco, DDS, MS, PhD |
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| Snippet | Objective To assess the accuracy of cone-beam computed tomography (CBCT) in periimplant fenestration and dehiscence detection, and to determine the effects of... To assess the accuracy of cone-beam computed tomography (CBCT) in periimplant fenestration and dehiscence detection, and to determine the effects of 2 voxel... OBJECTIVETo assess the accuracy of cone-beam computed tomography (CBCT) in periimplant fenestration and dehiscence detection, and to determine the effects of 2... |
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| SubjectTerms | Analysis of Variance Animals Cattle Cone-Beam Computed Tomography Dental Implants Dentistry Image Interpretation, Computer-Assisted Predictive Value of Tests Ribs - diagnostic imaging Ribs - surgery ROC Curve Sensitivity and Specificity Surgery Surgical Wound Dehiscence - diagnostic imaging Titanium |
| Title | Detection of periimplant fenestration and dehiscence with the use of two scan modes and the smallest voxel sizes of a cone-beam computed tomography device |
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