中华外科杂志
中華外科雜誌
중화외과잡지
CHINESE JOURNAL OF SURGERY
2009年
21期
1620-1623
,共4页
陈刚%杨世忠%吴国庆%王翊%凡桂华%谭立文%房斌%张绍祥%董家鸿
陳剛%楊世忠%吳國慶%王翊%凡桂華%譚立文%房斌%張紹祥%董傢鴻
진강%양세충%오국경%왕익%범계화%담립문%방빈%장소상%동가홍
肝肿瘤%成像%三维%肝切除术
肝腫瘤%成像%三維%肝切除術
간종류%성상%삼유%간절제술
Liver neoplasms%Imaging,three-dimensional%Liver resection
目的 研发建立三维虚拟现实(VR)肝肿瘤模型,使个体肝脏CT数据可在VR环境中显示、测量和操控.方法 利用患者CT二维影像数据建立肝肿瘤三维模型,将其导入虚拟平台--Dextrobeam,在VR环境中对模型进行虚拟肝切除,并评价其临床价值.结果 成功建立三维肝脏及其肿瘤模型,并可在VR环境中进行虚拟肝切除;共有38例肝肿瘤患者接受行肝切除术(21例行右半肝切除术、14例行左半肝切除术、3例行扩大右半肝切除术),术中对比显示该系统虚拟性好,术前模拟结果 准确.结论 三维VR环境中肝肿瘤虚拟手术平台的成功建立对于科学制定手术方案、安全完整的切除肝肿瘤、降低手术风险有重要意义.
目的 研髮建立三維虛擬現實(VR)肝腫瘤模型,使箇體肝髒CT數據可在VR環境中顯示、測量和操控.方法 利用患者CT二維影像數據建立肝腫瘤三維模型,將其導入虛擬平檯--Dextrobeam,在VR環境中對模型進行虛擬肝切除,併評價其臨床價值.結果 成功建立三維肝髒及其腫瘤模型,併可在VR環境中進行虛擬肝切除;共有38例肝腫瘤患者接受行肝切除術(21例行右半肝切除術、14例行左半肝切除術、3例行擴大右半肝切除術),術中對比顯示該繫統虛擬性好,術前模擬結果 準確.結論 三維VR環境中肝腫瘤虛擬手術平檯的成功建立對于科學製定手術方案、安全完整的切除肝腫瘤、降低手術風險有重要意義.
목적 연발건립삼유허의현실(VR)간종류모형,사개체간장CT수거가재VR배경중현시、측량화조공.방법 이용환자CT이유영상수거건립간종류삼유모형,장기도입허의평태--Dextrobeam,재VR배경중대모형진행허의간절제,병평개기림상개치.결과 성공건립삼유간장급기종류모형,병가재VR배경중진행허의간절제;공유38례간종류환자접수행간절제술(21례행우반간절제술、14례행좌반간절제술、3례행확대우반간절제술),술중대비현시해계통허의성호,술전모의결과 준학.결론 삼유VR배경중간종류허의수술평태적성공건립대우과학제정수술방안、안전완정적절제간종류、강저수술풍험유중요의의.
Objective To explore and develop three-dimension(3D) virtual reality (VR) liver model and convert computed tomography data into a fully 3D VR environment for display.measure and manipulation.Methods 3D-reconstruction of liver was restored from spiral computod tomography(CT) data by using LiVirtue software.Dextrobeam was used to view the 3D model in the VR environment.The liver and its anatomic structure were reconstructed to illuminate the location of the tumor and its related vessels.Results 3D models of liver.tumor and their relative vessels were reconstructed successfully.These models could be viewed and manipulated in the VR environment on personal computer.38 patients underwent liver resection,including 21 right hemihepatectomy,14 left hemihepatectomy and 3 extended right hemihepatectomy.The intraoperative contrast with preoperative simulation confirmed the reliability of our 3D operative planning system.Conclusions The preoperative simulation in 3D VR facilitated liver resection by the ability to view tumor and its relative vessels.This preoperative estimation from 3D model of liver benefits a lot to complicated liver resection.