中华神经医学杂志
中華神經醫學雜誌
중화신경의학잡지
CHINESE JOURNAL OF NEUROMEDICINE
2014年
2期
160-164
,共5页
张尚明%王守森%荆俊杰%王如密%钟群
張尚明%王守森%荊俊傑%王如密%鐘群
장상명%왕수삼%형준걸%왕여밀%종군
经鼻蝶入路%虚拟现实%解剖标志
經鼻蝶入路%虛擬現實%解剖標誌
경비접입로%허의현실%해부표지
Nostril-transsphenoidal surgery%Virtual reality%Anatomic landmark
目的 构建垂体腺瘤的数字化影像,探讨其在经单鼻孔-蝶窦入路手术中的价值.方法 南京军区福州总医院神经外科自2009年10月至2011年3月行单鼻孔-蝶窦入路切除术治疗垂体腺瘤患者30例,术前均行头颅CT和MR薄层扫描,将影像数据导入Dextroscope图形工作站进行融合重建,构建垂体腺瘤虚拟影像,观测相关解剖结构并模拟、规划手术. 结果 所创建影像可实现三维化,可动态、立体地观测相关解剖结构,可重复模拟手术;制定了鼻腔段、蝶窦前壁段、鞍底段及肿瘤周围的术前规划指标;对比实际手术情况,模拟手术基本可靠. 结论 垂体腺瘤虚拟影像能为单鼻孔-蝶窦入路手术提供一定的个体化解剖形态,用于制定术前规划方案,有助于手术的顺利开展,避免损伤重要的解剖结构.
目的 構建垂體腺瘤的數字化影像,探討其在經單鼻孔-蝶竇入路手術中的價值.方法 南京軍區福州總醫院神經外科自2009年10月至2011年3月行單鼻孔-蝶竇入路切除術治療垂體腺瘤患者30例,術前均行頭顱CT和MR薄層掃描,將影像數據導入Dextroscope圖形工作站進行融閤重建,構建垂體腺瘤虛擬影像,觀測相關解剖結構併模擬、規劃手術. 結果 所創建影像可實現三維化,可動態、立體地觀測相關解剖結構,可重複模擬手術;製定瞭鼻腔段、蝶竇前壁段、鞍底段及腫瘤週圍的術前規劃指標;對比實際手術情況,模擬手術基本可靠. 結論 垂體腺瘤虛擬影像能為單鼻孔-蝶竇入路手術提供一定的箇體化解剖形態,用于製定術前規劃方案,有助于手術的順利開展,避免損傷重要的解剖結構.
목적 구건수체선류적수자화영상,탐토기재경단비공-접두입로수술중적개치.방법 남경군구복주총의원신경외과자2009년10월지2011년3월행단비공-접두입로절제술치료수체선류환자30례,술전균행두로CT화MR박층소묘,장영상수거도입Dextroscope도형공작참진행융합중건,구건수체선류허의영상,관측상관해부결구병모의、규화수술. 결과 소창건영상가실현삼유화,가동태、입체지관측상관해부결구,가중복모의수술;제정료비강단、접두전벽단、안저단급종류주위적술전규화지표;대비실제수술정황,모의수술기본가고. 결론 수체선류허의영상능위단비공-접두입로수술제공일정적개체화해부형태,용우제정술전규화방안,유조우수술적순리개전,피면손상중요적해부결구.
Objective To construct the digital pituitary adenoma image and explore the value of simulation of single nostril-transsphenoidal surgery.Methods Thirty patients with pituitary adenoma,admitted to our hospital from October 2009 to March 2011,were performed single nostril-transsphenoidal surgery; thin slice images of preoperative examinations included computed tomography and magnetic resonance imaging were imported into Dextroscope workstation to construct digital pituitary adenoma image; the related anatomic structures of surgical approach were observed and the procedures were formulated and performed.Results Models based on three-dimensional shapes could show the related anatomical structures dynamically and stereoscopically and simulate the operation processrepeatedly.The preoperative planning indicators in the anatomic segment of nasal,anterior sphenoidal wall,basilar pituitary fossa and structures around the tumor were completed.The anatomic characteristics of simulated surgery were consistent with the real operation.Conclusions The digital models can provide some individual anatomic information to develop the preoperative planning programs for single nostril-transsphenoidal surgery,which can facilitate the work of operation and avoid injuring the important anatomical structures.