Presentation Details
A comparative evaluation of cone beam computed tomography and multi-slice computed tomography on the volume of tooth in-vitro
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Oral Presentation
Start Time：2021-11-13 15:00（Asia/Shanghai）
Duration：15min
Session：PS1 Plenary Session 1 »
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Abstract
Abstract—background: the aim of the study was to compare the volume of the tooth in-vitro between four cone beam computed tomography (CBCT) scanners and one multi-slice computed tomography (MSCT) system.
Materials and methods: 42 teeth in-vitro was scanned with four CBCT systems (Accuitomo 3D, Vatech Imlagraphy, NewTom 3G, CRANE 3Dx) and one MSCT scanner (Philips Brilliances 16). 3D models were created from the six systems. The reference (gold standard) model was obtained with a high resolution laser scanner. The scanning results from the six systems were compared with the gold standard in volume.
Results: The laser-scan sample volume was statistically significantly distinct from the MSCT-scan volume (P<0.05). There was a statistically significant difference between the laser-scan teeth volume and CBCT-scan volume (P<0.05). There was a statistically significant difference between the MSCT-scan teeth volume and CBCT-scan volume (P<0.05). The measurements of the CBCT-scanned samples deviated from those of the laser-scanned teeth volumes by 5.97%, 6.19%, 5.95%, 5.61% for the Accuitomo, Vatech Imlagraphy, NewTom, CRANE 3Dx, separately. The measurements of the MSCT-scanned samples deviated from those of the laser-scanned teeth volumes by 10.98%.
Conclusion: The results showed that the volume of the teeth scanned by MSCT and CBCT increased comparing to that of laser scan. The deviation of the volume measurement of MSCT-scan models tended to be larger than that of CBCT-scan models comparing to the gold standard.
Materials and methods: 42 teeth in-vitro was scanned with four CBCT systems (Accuitomo 3D, Vatech Imlagraphy, NewTom 3G, CRANE 3Dx) and one MSCT scanner (Philips Brilliances 16). 3D models were created from the six systems. The reference (gold standard) model was obtained with a high resolution laser scanner. The scanning results from the six systems were compared with the gold standard in volume.
Results: The laser-scan sample volume was statistically significantly distinct from the MSCT-scan volume (P<0.05). There was a statistically significant difference between the laser-scan teeth volume and CBCT-scan volume (P<0.05). There was a statistically significant difference between the MSCT-scan teeth volume and CBCT-scan volume (P<0.05). The measurements of the CBCT-scanned samples deviated from those of the laser-scanned teeth volumes by 5.97%, 6.19%, 5.95%, 5.61% for the Accuitomo, Vatech Imlagraphy, NewTom, CRANE 3Dx, separately. The measurements of the MSCT-scanned samples deviated from those of the laser-scanned teeth volumes by 10.98%.
Conclusion: The results showed that the volume of the teeth scanned by MSCT and CBCT increased comparing to that of laser scan. The deviation of the volume measurement of MSCT-scan models tended to be larger than that of CBCT-scan models comparing to the gold standard.
Keywords
cone beam combuted tomography,muiti-slice computed tomography,,laser scanning,tooth in-vitro,volume measurement
Speaker
家银 任
四川大学华西口腔医院Submission Author
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Important Date
-
Conference Date
Nov 13
2021
toNov 14
2021
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Sep 30 2021
Contribution Submission Deadline
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Nov 14 2021
Registration deadline
Sponsored By
Medical Physics Branch of Chinese Society of Biomedical Engineering
IEEE Beijing Section
Life Electronics Society of Chinese Institute of Electronics
IEEE Beijing Section
Life Electronics Society of Chinese Institute of Electronics
Organized By
Anhui Biomedical Engineering Society.
University of Science and Technology of China
University of Science and Technology of China
Contact Information
- Mrs. Yang
- ic******@ustc.edu.cn
- +86********
Previous Conferences
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2017-11-04 China Beijing,China
2017 International Conference on Medical Imaging Physics and Engineering -
2017-11-03 China 海淀区
2017 IEEE 国际医学影像物理和工程大会 -
2013-10-19 China 沈阳市
2013 IEEE International Conference on Medical Imaging Physics and Engineering (ICMIPE)
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