Determining the Accuracy of the Mandibular Canal Region in 3D Biomodels Fabricated from CBCT Scanned Data: A Cadaveric Study

Abd Fattah Syed Yusoff Alzawawi Syed; Hariri Firdaus; Nambiar Phrabhakaran; Abu Bakar Zulkiflee; Rahman Zainal Ariff Abdul

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Determining the Accuracy of the Mandibular Canal Region in 3D Biomodels Fabricated from CBCT Scanned Data: A Cadaveric Study

机译：确定由CBCT扫描数据制造的3D生物统治中下颌管区的准确性：尸体研究

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摘要

Objective: To validate the accuracy of the mandibular canal region in 3D biomodel produced by using data obtained from Cone-Beam Computed Tomography (CBCT) of cadaveric mandibles.

机译：目的：通过使用从尸体颌骨覆盖术（CBCT）获得的数据来验证三维生物汇总中的颌骨管区的准确性。

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来源
《Current medical imaging reviews.》 |2019年第7期|共9页
作者
Abd Fattah Syed Yusoff Alzawawi Syed; Hariri Firdaus; Nambiar Phrabhakaran; Abu Bakar Zulkiflee; Rahman Zainal Ariff Abdul;
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作者单位

Hosp Sultan Haji Ahmad Shah Dept Oral &

Maxillofacial Surg Temerloh Pahang Malaysia;

Univ Malaya Fac Dent Dept Oral &

Maxillofacial Clin Sci Kuala Lumpur Malaysia;

Univ Malaya Fac Dent Dept Oral &

Maxillofacial Clin Sci Kuala Lumpur Malaysia;

Univ Malaya Fac Med Dept Otolaryngol &

Head &

Neck Surg Kuala Lumpur Malaysia;

Univ Malaya Fac Dent Dept Oral &

Maxillofacial Clin Sci Kuala Lumpur Malaysia;

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原文格式 PDF
正文语种 eng
中图分类诊断学;
关键词
Cone-beam computerized tomography; mandible; software; computer-aided; 3D biomodel; digital calliper;

机译：锥形束电脑层析造影;下颌骨;软件;计算机辅助;3D生物汇总;数字卡列尔;

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1. Determining the Accuracy of the Mandibular Canal Region in 3D Biomodels Fabricated from CBCT Scanned Data: A Cadaveric Study [J] . Abd Fattah Syed Yusoff Alzawawi Syed, Hariri Firdaus, Nambiar Phrabhakaran, Current medical imaging reviews. . 2019,第7期

机译：确定由CBCT扫描数据制造的3D生物统治中下颌管区的准确性：尸体研究
2. Error compensation method for improving the accuracy of biomodels obtained from CBCT data [J] . Santolaria J., Jimenez R., Rada M., Medical engineering & physics. . 2014,第3期

机译：用于提高从CBCT数据获得的生物模型准确性的误差补偿方法
3. Soft tissue response to mandibular advancement using 3D CBCT scanning. [J] . Almeida RC, Cevidanes LH, Carvalho FA, International journal of oral and maxillofacial surgery . 2011,第4期

机译：软组织对使用3D CBCT扫描的下颌前移的反应。
4. Automated tracking of the mandibular canal in CBCT images using matching and multiple hypotheses methods [C] . Moris Brecht, Claesen Luc, Yi Sun, 2012 Fourth International Conference on Communications and Electronics. . 2012

机译：使用匹配和多种假设方法自动跟踪CBCT图像中的下颌管
5. In vitro study to test the capability of the CEREC CAD/CAM system to fabricate custom posts by direct scanning of simulated canal blocks and the factors affecting the accuracy of fit of CAD/CAM posts [D] . Bahabri, Rayan Hassan. 2016

机译：体外研究通过直接扫描模拟的运河块来测试CEREC CAD / CAM系统制造定制桩的能力以及影响CAD / CAM桩拟合精度的因素
6. Mandibular incisive canal-related prevalence morphometric parameters and implant placement implications: a multicenter study of 847 CBCT scans [O] . Daniel Almeida Ferreira Barbosa, Lúcio Mitsuo Kurita, Alynne Vieira de Menezes Pimenta, 2020

机译：下颌切牙相关的患病率形态参数和种植体位置的影响：847 CBCT扫描的多中心研究
7. Mandibular incisive canal-related prevalence, morphometric parameters, and implant placement implications: a multicenter study of 847 CBCT scans [O] . DA. Barbosa, LM. Kurita, AV. Pimenta, 2020

机译：下颌敏锐运河相关的流行率，形态学参数和植入物放置含义：847 CBCT扫描的多中心研究
8. Use of CBCTs to Determine Relative Anchorage Values of Mandibular Teeth by Measuring Root Surface Areas within Bone. [R] . Wright , G. 2017

机译：利用CBCT测定下颌牙齿内根表面积测定下颌牙齿相对锚固值。

Determining the Accuracy of the Mandibular Canal Region in 3D Biomodels Fabricated from CBCT Scanned Data: A Cadaveric Study

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