中国药业
中國藥業
중국약업
CHINA PHARMACEUTICALS
2014年
20期
45-47
,共3页
血管性痴呆%气虚血瘀%大鼠%醒脑丸%血栓素B2%一氧化氮%Bax蛋白
血管性癡呆%氣虛血瘀%大鼠%醒腦汍%血栓素B2%一氧化氮%Bax蛋白
혈관성치태%기허혈어%대서%성뇌환%혈전소B2%일양화담%Bax단백
vascular dementia%blood stasis and qi deficiency%rat%Xingnao Pills%TXB2%NO%Bax protein
目的:观察醒脑丸对气虚血瘀血管性痴呆大鼠的治疗作用。方法将气虚造模成功的大鼠随机分为4组,即空白组、模型组、脑复康片组、醒脑丸组。均连续灌胃15 d,每天早晚各1次。观察大鼠行为学指标,测定血浆血栓素B2及大脑皮层一氧化氮(NO)含量;观察大脑海马区病理形态,检测大脑海马促细胞凋亡蛋白Bax表达。结果醒脑丸可降低血浆血栓素B2含量,改善气虚血瘀征象;降低大脑皮层NO含量;对海马CA1区神经元的损伤有明显保护作用;能下调脑缺血后促细胞凋亡蛋白Bax的表达。结论醒脑丸可改善气虚血瘀血管性痴呆大鼠的症状。
目的:觀察醒腦汍對氣虛血瘀血管性癡呆大鼠的治療作用。方法將氣虛造模成功的大鼠隨機分為4組,即空白組、模型組、腦複康片組、醒腦汍組。均連續灌胃15 d,每天早晚各1次。觀察大鼠行為學指標,測定血漿血栓素B2及大腦皮層一氧化氮(NO)含量;觀察大腦海馬區病理形態,檢測大腦海馬促細胞凋亡蛋白Bax錶達。結果醒腦汍可降低血漿血栓素B2含量,改善氣虛血瘀徵象;降低大腦皮層NO含量;對海馬CA1區神經元的損傷有明顯保護作用;能下調腦缺血後促細胞凋亡蛋白Bax的錶達。結論醒腦汍可改善氣虛血瘀血管性癡呆大鼠的癥狀。
목적:관찰성뇌환대기허혈어혈관성치태대서적치료작용。방법장기허조모성공적대서수궤분위4조,즉공백조、모형조、뇌복강편조、성뇌환조。균련속관위15 d,매천조만각1차。관찰대서행위학지표,측정혈장혈전소B2급대뇌피층일양화담(NO)함량;관찰대뇌해마구병리형태,검측대뇌해마촉세포조망단백Bax표체。결과성뇌환가강저혈장혈전소B2함량,개선기허혈어정상;강저대뇌피층NO함량;대해마CA1구신경원적손상유명현보호작용;능하조뇌결혈후촉세포조망단백Bax적표체。결론성뇌환가개선기허혈어혈관성치태대서적증상。
Objective To observe the curative effect of Xingnao Pills on rats with vascular dementia due to qi deficiency and blood sta-sis. Methods The successfully constructed rat models of qi deficiency were randomly divided into 4 groups, i. e., blank group, model group, Naofukang Tablet group and Xingnao Pills group. All groups were performed the intragastric infusion for 15 d, once in the morn-ing and once at the night. The praxiology indexes, plasma thromboxane ( TXB2 ) and NO content in the cerebral cortex were detected, the pathomorphology of brain hippocampus was observed and the expression of pro-apoptotic protein Bax in brain hippocampus were detected. Results Xingnao Pills could decrease the level of TXB2, improved the symptoms of qi deficiency and blood stasis;reduced the NO content in the cerebral cortex; had the obvious protective effect on the injury of neurons in the hippocampus CA1 region; could down-regulated the expression of pro-apoptotic protein Bax. Conclusion Xingnao Pills can improve the symptoms of vascular demen-tia rats due to qi deficiency and blood stasis.