陕西医学杂志
陝西醫學雜誌
협서의학잡지
SHAANXI MEDICAL JOURNAL
2014年
5期
526-528
,共3页
常明则%吴海琴%乔琳%王新来%狄政莉%刘志勤%毛佳%田晔
常明則%吳海琴%喬琳%王新來%狄政莉%劉誌勤%毛佳%田曄
상명칙%오해금%교림%왕신래%적정리%류지근%모가%전엽
缺氧缺血 ,脑/病理生理学%再灌注%信息素类/代谢%大鼠%沉默信息调节因子3
缺氧缺血 ,腦/病理生理學%再灌註%信息素類/代謝%大鼠%沉默信息調節因子3
결양결혈 ,뇌/병리생이학%재관주%신식소류/대사%대서%침묵신식조절인자3
Hypoxia-ischemia%brain/physiopathology%Reperfusion%Pheromones/metabolism%Rats Silent information regulator3
目的:探讨全脑缺血再灌注大鼠大脑运动皮质内沉默信息调节因子3(SIRT3)的表达规律。方法:应用免疫组织化学染色方法测定全脑缺血再灌注后不同时间点(6h、24h、72h、5d及7d组)大鼠大脑运动皮质内SIRT3的表达情况。结果:6h组、24h组至72h组脑缺血再灌注大鼠大脑运动皮质内SIRT3的含量随再灌注时间延长而增加( P<0.01);72h组、5d组至7d组大鼠大脑运动皮质内SIRT3含量随再灌注时间延长而减少(P<0.01)。结论:全脑缺血再灌注后大鼠大脑运动皮质内SIRT3的表达随再灌注时间延长呈抛物线改变,提示SIRT3可能参与脑缺血再灌注损伤的病理生理过程。
目的:探討全腦缺血再灌註大鼠大腦運動皮質內沉默信息調節因子3(SIRT3)的錶達規律。方法:應用免疫組織化學染色方法測定全腦缺血再灌註後不同時間點(6h、24h、72h、5d及7d組)大鼠大腦運動皮質內SIRT3的錶達情況。結果:6h組、24h組至72h組腦缺血再灌註大鼠大腦運動皮質內SIRT3的含量隨再灌註時間延長而增加( P<0.01);72h組、5d組至7d組大鼠大腦運動皮質內SIRT3含量隨再灌註時間延長而減少(P<0.01)。結論:全腦缺血再灌註後大鼠大腦運動皮質內SIRT3的錶達隨再灌註時間延長呈拋物線改變,提示SIRT3可能參與腦缺血再灌註損傷的病理生理過程。
목적:탐토전뇌결혈재관주대서대뇌운동피질내침묵신식조절인자3(SIRT3)적표체규률。방법:응용면역조직화학염색방법측정전뇌결혈재관주후불동시간점(6h、24h、72h、5d급7d조)대서대뇌운동피질내SIRT3적표체정황。결과:6h조、24h조지72h조뇌결혈재관주대서대뇌운동피질내SIRT3적함량수재관주시간연장이증가( P<0.01);72h조、5d조지7d조대서대뇌운동피질내SIRT3함량수재관주시간연장이감소(P<0.01)。결론:전뇌결혈재관주후대서대뇌운동피질내SIRT3적표체수재관주시간연장정포물선개변,제시SIRT3가능삼여뇌결혈재관주손상적병리생리과정。
Objective:To observe the changes in the expression of silent information regulator 3 (SIRT3 ) in the cerebral motor cortex of rats following global cerebral ischemic reperfusion .Methods:The cerebral tissues were collected from rats following global cerebral ischemic reperfusion at time point of 6h ,24h ,72h ,5d ,and 7d (7 in each group) ,and the expression of SIRT3 in the cerebral cortex was detected by immunohistochemistry .Results :Under optical microscope ,SIRT3-positive cells were found in every group .Within the time range of 6h ,24h and 72h following global cerebral ischemic reperfusion ,SIRT3-positive cells increased significantly (P<0 .01) ,but within the time range of 72h ,5d and 7d ,the number of SIRT3-positive cells reduced significantly (P<0 .01) .Conclusion :The parabola-like change of SIRT3 expression time-phase in the cerebral cortex indicate that SIRT 3 might be related to pathophysiological processes of cerebral ischemic reperfusion .