中华显微外科杂志
中華顯微外科雜誌
중화현미외과잡지
Chinese Journal of Microsurgery
2013年
2期
149-153
,共5页
王新功%刘军%费昶%刘树伟%张建%程彦昊%张忠和
王新功%劉軍%費昶%劉樹偉%張建%程彥昊%張忠和
왕신공%류군%비창%류수위%장건%정언호%장충화
海绵窦%断层解剖%冷冻铣切技术%三维重建
海綿竇%斷層解剖%冷凍鐉切技術%三維重建
해면두%단층해부%냉동선절기술%삼유중건
Cavernous sinus%Sectional anatomy%Freezing milling technique%Three dimensional reconstruction
目的 研究海绵窦的局部解剖特点,为临床医师提供立体、形象的解剖学资料. 方法 于2008年3月至2011年11月,应用冷冻铣切技术,完成一成人头颅断层标本的制作,通过计算机对头颅冠状薄层连续切片进行信号标定、提取和三维重建,获得海绵窦有关结构的三维图像. 结果 共获得390张海绵窦区的0.1 mm厚冠状断层,选取6个典型断层,描述了海绵窦区的解剖特点.海绵窦的三维图像显示海绵窦位于蝶鞍两侧,前方在前床突外下方经眶上裂于眼眶相通,后方在后床突两侧与基底窦相通;海绵窦具有四个解剖问隙:前下间隙、后上间隙、内侧间隙和外侧间隙,三维图像形象显示四个间隙的解剖位置和彼此联通关系. 结论 冠状断层解剖和三维重建相结合形象显示海绵窦区的立体解剖关系.三维重建图像是声像学软件,能够在三维空间用不同速度持续、动态地展示解剖结构.
目的 研究海綿竇的跼部解剖特點,為臨床醫師提供立體、形象的解剖學資料. 方法 于2008年3月至2011年11月,應用冷凍鐉切技術,完成一成人頭顱斷層標本的製作,通過計算機對頭顱冠狀薄層連續切片進行信號標定、提取和三維重建,穫得海綿竇有關結構的三維圖像. 結果 共穫得390張海綿竇區的0.1 mm厚冠狀斷層,選取6箇典型斷層,描述瞭海綿竇區的解剖特點.海綿竇的三維圖像顯示海綿竇位于蝶鞍兩側,前方在前床突外下方經眶上裂于眼眶相通,後方在後床突兩側與基底竇相通;海綿竇具有四箇解剖問隙:前下間隙、後上間隙、內側間隙和外側間隙,三維圖像形象顯示四箇間隙的解剖位置和彼此聯通關繫. 結論 冠狀斷層解剖和三維重建相結閤形象顯示海綿竇區的立體解剖關繫.三維重建圖像是聲像學軟件,能夠在三維空間用不同速度持續、動態地展示解剖結構.
목적 연구해면두적국부해부특점,위림상의사제공입체、형상적해부학자료. 방법 우2008년3월지2011년11월,응용냉동선절기술,완성일성인두로단층표본적제작,통과계산궤대두로관상박층련속절편진행신호표정、제취화삼유중건,획득해면두유관결구적삼유도상. 결과 공획득390장해면두구적0.1 mm후관상단층,선취6개전형단층,묘술료해면두구적해부특점.해면두적삼유도상현시해면두위우접안량측,전방재전상돌외하방경광상렬우안광상통,후방재후상돌량측여기저두상통;해면두구유사개해부문극:전하간극、후상간극、내측간극화외측간극,삼유도상형상현시사개간극적해부위치화피차련통관계. 결론 관상단층해부화삼유중건상결합형상현시해면두구적입체해부관계.삼유중건도상시성상학연건,능구재삼유공간용불동속도지속、동태지전시해부결구.
Objective To study the regional anatomy of the cavernous sinus for skull base surgery.Methods Continuous thin sections on coronary plane were performed with freezing milling technique on an head specimen from March 2008 to November 2011.After segmenting,labeling and extracting in a seraial sections,we finished the three dimensional reconstruction of the cavernous sinus.Results Three hundred and ninety thin coronary sections were obtained.The related structures were described in six typical sections.The cavernous sinuses were located on each side of the sphenoid sella.The sinus connects to the superior orbital fissure below and lateral to the anterior clinoid process,opens into the basilar sinuses lateral to the dorsum sellae.The four main spaces within the sinus,identified by their relation to the carotid artery,were the medial,the anteroinferior,the posterosuperior compartments and the lateral space.The four spaces were located differnently and communicate with each others in three dimensional images.Conclusion Combination of coronary section anatomy and three dimensional reconstruction can display the anatomical characters of the s cavernous sinus.The 3D models are video films that continuously and dynamically display anatomic structures in 3D space at different velocities.