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[一种用于评估二期牙槽骨植骨的新型三维量表]

[A new three-dimensional scale in the evaluation of the secondary alveolar bone grafting].

作者信息

Liu Luwei, Ma Lian, Lin Jiuxiang, Jia Qilin

机构信息

Department of Orthodontics, Peking University School and Hospital of Stomatology, Beijing 100081, China.

Email:

出版信息

Zhonghua Kou Qiang Yi Xue Za Zhi. 2015 Oct;50(10):598-602.

Abstract

OBJECTIVE

To propose a new three-dimensional method or grading scale in the evaluation of the secondary alveolar bone grafting, thus modifying the Bergland grading scale.

METHODS

A total of 40 patients (26 male, 14 female) with unilateral cleft lip and palate (UCLP), who underwent secondary alveolar bone grafting at least 3 months ago, were enrolled. Regional cone-beam CT (CBCT) scans were taken to evaluate the height and thickness of the postoperative bone bridges. A new three-dimensional grafting scale was established, including four grades respectively in alveolar height and thickness.

RESULTS

According to the new three-dimensional scale in this study, 15 grafted sites were rated grade T-I or T-II in the alveolar thickness among 18 sites of grade H-I in height, and 10 among 15 of grade H-II in height. Therefore, 25 grafted sites were considered as clinical success in the alveolar thickness (grade T-I or T-II) among 33 sites with clinical success in alveolar height (grade H-I and H-II). There were 24% of 33 sites with clinical success in height, which were considered as clinical failure in the alveolar thickness.

CONCLUSIONS

It is necessary to establish a new three-dimensional method or grading scale for evaluating the secondary alveolar bone grafting. The three-dimensional scale can take comprehensive view of the bone-grafted alveolar clefts and thus modify the Bergland grading scale.

摘要

目的

提出一种用于评估二期牙槽骨植骨的新的三维方法或分级量表,从而对伯格伦德分级量表进行改进。

方法

共纳入40例单侧唇腭裂(UCLP)患者(男26例,女14例),这些患者至少在3个月前接受了二期牙槽骨植骨。进行区域锥形束CT(CBCT)扫描以评估术后骨桥的高度和厚度。建立了一种新的三维植骨量表,牙槽高度和厚度分别包括四个等级。

结果

根据本研究中的新三维量表,在高度为H-I级的18个部位中,有15个植骨部位在牙槽厚度方面被评为T-I级或T-II级,在高度为H-II级的15个部位中有10个。因此,在牙槽高度方面临床成功(H-I级和H-II级)的33个部位中,有25个植骨部位在牙槽厚度方面被认为临床成功(T-I级或T-II级)。在高度方面临床成功的33个部位中,有24%在牙槽厚度方面被认为临床失败。

结论

有必要建立一种新的三维方法或分级量表来评估二期牙槽骨植骨。该三维量表可以全面观察植骨后的牙槽裂,从而改进伯格伦德分级量表。

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