肿瘤研究与临床
腫瘤研究與臨床
종류연구여림상
CANCER RESEARCH AND CLINIC
2011年
5期
314-317
,共4页
陈胜利%乔志刚%张汉伟%张子屏%胡涛%王春红
陳勝利%喬誌剛%張漢偉%張子屏%鬍濤%王春紅
진성리%교지강%장한위%장자병%호도%왕춘홍
脑肿瘤%解剖学,局部%显微外科手术
腦腫瘤%解剖學,跼部%顯微外科手術
뇌종류%해부학,국부%현미외과수술
Brain neoplasms%Anatomy,regional%Microsurgery
目的 了解扩大经蝶人路到达颅底中央部肿瘤的显微解剖结构,为临床提供可靠的解剖学参数.方法 对40例湿标本模拟扩大经蝶入路,在显微镜下对手术入路逐层解剖,对扩大暴露范围、重要结构及它们之间的毗邻关系进行观察、精确测量和拍摄.对40例干标本进行与手术入路相关骨质标本的精确测量和观察.结果 扩大经蝶入路可以通过磨除骨质向前方、后方、外侧及鞍上扩展,可以显示额叶底面、视交叉前池、大脑前动脉复合体、颈内动脉海绵窦段及其分支、桥脑、基底动脉及分支、大脑后动脉及小脑上动脉等.结论 扩大经蝶入路提供了处理累及颅底中央部肿瘤的新途径.
目的 瞭解擴大經蝶人路到達顱底中央部腫瘤的顯微解剖結構,為臨床提供可靠的解剖學參數.方法 對40例濕標本模擬擴大經蝶入路,在顯微鏡下對手術入路逐層解剖,對擴大暴露範圍、重要結構及它們之間的毗鄰關繫進行觀察、精確測量和拍攝.對40例榦標本進行與手術入路相關骨質標本的精確測量和觀察.結果 擴大經蝶入路可以通過磨除骨質嚮前方、後方、外側及鞍上擴展,可以顯示額葉底麵、視交扠前池、大腦前動脈複閤體、頸內動脈海綿竇段及其分支、橋腦、基底動脈及分支、大腦後動脈及小腦上動脈等.結論 擴大經蝶入路提供瞭處理纍及顱底中央部腫瘤的新途徑.
목적 료해확대경접인로도체로저중앙부종류적현미해부결구,위림상제공가고적해부학삼수.방법 대40례습표본모의확대경접입로,재현미경하대수술입로축층해부,대확대폭로범위、중요결구급타문지간적비린관계진행관찰、정학측량화박섭.대40례간표본진행여수술입로상관골질표본적정학측량화관찰.결과 확대경접입로가이통과마제골질향전방、후방、외측급안상확전,가이현시액협저면、시교차전지、대뇌전동맥복합체、경내동맥해면두단급기분지、교뇌、기저동맥급분지、대뇌후동맥급소뇌상동맥등.결론 확대경접입로제공료처리루급로저중앙부종류적신도경.
Objective To study the microsurgical anatomy of the extended transsphenoidal approach to the central skull base, and provide anatomical parameters for the surgical approach. Methods Forty wet skulls were dissected in detail via mimic extended transsphenoidal approaches under an operating microscope and an extended exposed operating microscope. Important structures and connections were observed, measured precisely and photographed. Dry skulls were used to observe and measure the osseous structures related to the approaches. Results The extended transsphenoidal approach can expand ahead, astern and laterally to the suprasellar intradural space by resecting bone and displaying the basafrontal lobe, pre-chaismatic space, optic chiasma cistern, anterior cerebral artery complex, the branches and cavernous sinus segment of the internal carotid artery, pons, basilar artery and its branches, posterior cerebral artery, and superior cerebellar artery. Conclusion The extended transsphenoidal approach can provide the new pathway for treating lesions of the central skull base.