青海师范大学学报:自然科学版
青海師範大學學報:自然科學版
청해사범대학학보:자연과학판
Journal of Qinghai Normal University(Natural Science Edition)
2012年
3期
68-70
,共3页
脑底动脉%后交通动脉%脑缺血%蒙古沙鼠
腦底動脈%後交通動脈%腦缺血%矇古沙鼠
뇌저동맥%후교통동맥%뇌결혈%몽고사서
arteria basilaris%posterior communicating artery%cerebral ischemia%gerbil
目的研究蒙古沙鼠脑底动脉的形态,为制作全脑缺血再灌注模型提供解剖学依据.方法成年蒙古蒙古沙鼠30只,分别用铅丹混合液和乳胶混合液两种方法灌注,甲醛固定,铅丹组用X线机拍片观察.乳胶组用去骨暴露血管直接观察.分别观察蒙古沙鼠脑底动脉的构成及分支、分布情况.结果蒙古沙鼠的脑底动脉来自颈内动脉系和椎-基底动脉系,颈内动脉的主要分支有:大脑前动脉、大脑中动脉、大脑后动脉,基底动脉的主要分支是小脑上动脉.颈内动脉及其分支与基底动脉及其分支之间未见任何交通支.结论蒙古沙鼠的脑底动脉无后交通动脉,没有完整的大脑动脉环.颈内动脉系和椎-基底动脉系为两个独立的供血系统.为制作全脑缺血的两血管阻塞模型提供了天然的条件,本文对此进行了进一步的验证.
目的研究矇古沙鼠腦底動脈的形態,為製作全腦缺血再灌註模型提供解剖學依據.方法成年矇古矇古沙鼠30隻,分彆用鉛丹混閤液和乳膠混閤液兩種方法灌註,甲醛固定,鉛丹組用X線機拍片觀察.乳膠組用去骨暴露血管直接觀察.分彆觀察矇古沙鼠腦底動脈的構成及分支、分佈情況.結果矇古沙鼠的腦底動脈來自頸內動脈繫和椎-基底動脈繫,頸內動脈的主要分支有:大腦前動脈、大腦中動脈、大腦後動脈,基底動脈的主要分支是小腦上動脈.頸內動脈及其分支與基底動脈及其分支之間未見任何交通支.結論矇古沙鼠的腦底動脈無後交通動脈,沒有完整的大腦動脈環.頸內動脈繫和椎-基底動脈繫為兩箇獨立的供血繫統.為製作全腦缺血的兩血管阻塞模型提供瞭天然的條件,本文對此進行瞭進一步的驗證.
목적연구몽고사서뇌저동맥적형태,위제작전뇌결혈재관주모형제공해부학의거.방법성년몽고몽고사서30지,분별용연단혼합액화유효혼합액량충방법관주,갑철고정,연단조용X선궤박편관찰.유효조용거골폭로혈관직접관찰.분별관찰몽고사서뇌저동맥적구성급분지、분포정황.결과몽고사서적뇌저동맥래자경내동맥계화추-기저동맥계,경내동맥적주요분지유:대뇌전동맥、대뇌중동맥、대뇌후동맥,기저동맥적주요분지시소뇌상동맥.경내동맥급기분지여기저동맥급기분지지간미견임하교통지.결론몽고사서적뇌저동맥무후교통동맥,몰유완정적대뇌동맥배.경내동맥계화추-기저동맥계위량개독립적공혈계통.위제작전뇌결혈적량혈관조새모형제공료천연적조건,본문대차진행료진일보적험증.
Objective To study the morphologic features of the arteria basilaris in gerbils providing an anatomical data for global ischemic models.Methods Thirty adult gerbils were studied in present paper,the gerbils were perfused with minium compound solution or foam rubber compound solution and affixed with formaldehyde.Then X-ray shot from the group perfused with minium and with exposing blood vessels from the group perfused with rubber foam were performed.The formation of the arteria basilaris and the distribution of the branching of the arteria basilaris with the two methods were observed.Reselts The internal carotid artery and basilar artery formed the arteria basilaris.The principal branches of internal carotid artery are: anterior cerebral artery,middle cerebral artery,posterior cerebral artery.The principal branch of basilar artery is superior cerebellar artery.The branch of the internal carotid artery and the vertebral artery supply the brain of the gerbils.Conclusion The posterior communicating artery was absent between the arteria basilaris and the vertebral artery,there was no complete cerebral arterial circle.Therefore,gerbils can be used to make global ischemic models such as 2-vo model.