【摘要】：目的:探討骨科和口腔頜面外科立體光固化(SLA)-3D打印模型的精確度,闡明該技術臨床應用的可靠性。方法:隨機納入SLA-3D打印模型33例(長骨10例、不規(guī)則骨13例和假體10例),進行CT回掃并行三維重建;依據模型臨床應用特點選取最大高徑(MH)、最大長徑(ML)、最大寬徑(MW)、滑車寬徑(WT)、滑車長徑(LT)、關節(jié)盂長徑(LGC)、關節(jié)盂寬徑(WGC)、髂前上棘到恥骨結節(jié)距離(DPI)、髖臼直徑(DA)、髓腔直徑(DMC)、右下頜支前緣高度(AHRR)和右下頜支后緣高度(PHRR)等相關參數分別對原始數據及模型數據進行測量,計算各參數的絕對和相對誤差,以組內相關系數(ICC)作為評價數據一致性指標,對假體模型進行空間誤差分析。結果:33例SLA-3D打印模型中,除不規(guī)則骨組MW外,與原始數據比較,各組其他各項參數比較差異均無統(tǒng)計學意義(P0.05),模型數據與原始數據間各項參數ICC值均大于0.950,絕對和相對誤差最大值分別為-0.58mm和-1.37%;假體模型空間誤差最大值為0.237mm,總平均值為0.132mm。結論:SLA-3D打印模型CT的數據與原始數據高度一致,其在骨科及頜面外科疾病診療過程中的應用準確而可靠。
[Abstract]:Objective: to investigate the accuracy of stereoscopic photocurable (SLA)-3D printing model in orthopedics and oral and maxillofacial surgery and to elucidate the reliability of its clinical application. Methods: 33 cases of SLA-3D printing model (10 cases of long bone, 13 cases of irregular bone and 10 cases of prosthesis) were randomly selected for CT backscan and 3D reconstruction. According to the clinical characteristics of the model, select the maximum height, (MH), maximum length, (ML), maximum width, (MW), wide, (MW), wide, long, wide, (LT), long, wide, (LGC), (LGC), anterior superior iliac spine and pubic tubercle, (DPI), acetabular diameter, (DA), diameter, medullary cavity diameter. The original data and model data were measured by (DMC), including the anterior height of the right mandibular branch (AHRR) and the height of the posterior edge of the right mandibular branch (PHRR). The absolute and relative errors of each parameter were calculated and the spatial error of the prosthesis model was analyzed by using the intra-group correlation coefficient (ICC) as the evaluation data consistency index. Results in the SLA-3D print model of 33 cases, except for the irregular bone group MW, the results were compared with the original data. There was no significant difference in other parameters among each group (P0.05). The ICC value of each parameter between the model data and the original data was greater than 0.950, the maximum absolute and relative errors were -0.58mm and -1.37mm, respectively, and the maximum spatial error of the prosthesis model was 0.237mm, the total average was 0.132mm. Conclusion the CT data of the SLA-3D print model is highly consistent with the original data, and its application in the diagnosis and treatment of orthopedics and maxillofacial surgery is accurate and reliable.
【作者單位】： 吉林大學第二醫(yī)院骨科診療中心;吉林大學口腔醫(yī)院口腔頜面外科;
【基金】：吉林省科技廳科研基金資助課題(2015Q109)
【分類號】：R68;R782

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本文編號：2252011