中国实用神经疾病杂志
中國實用神經疾病雜誌
중국실용신경질병잡지
CHINESE JOURNAL OF PRACTICAL NERVOUS DISEASES
2015年
9期
3-5
,共3页
余玉银%唐省三%李方成%汪凌%梁淑燕%程彦
餘玉銀%唐省三%李方成%汪凌%樑淑燕%程彥
여옥은%당성삼%리방성%왕릉%량숙연%정언
水通道蛋白9%帕金森病%大鼠%水平衡%能量代谢
水通道蛋白9%帕金森病%大鼠%水平衡%能量代謝
수통도단백9%파금삼병%대서%수평형%능량대사
Aquaporin-9%Parkinson’s disease%Rats%Water homeostasis%Energy metabolism
目的:观察大鼠帕金森病(Parkinson’disease ,PD)水通道蛋白9(aquaporin 9,AQP9)在脑组织中的表达变化,研究AQP9在帕金森病脑组织发病机制中的作用。方法制造帕金森病动物模型,应用HE染色、免疫组织化学、RT‐PCR等方法观察大鼠脑组织AQP9表达变化。结果免疫组织化学和RT‐PCR检测结果显示,帕金森病组脑组织 AQP9和AQP9 mRNA 的表达呈动态变化过程,帕金森病组大鼠术后各时间点(除外术后2周时间点)在鼠左侧黑质致密部(SNC )及中脑腹侧被盖区(VTA)区AQP9和AQP9 mRNA表达均比假手术组高。结论高表达的AQP9,可能通过调节水电解质与能量代谢,从而在帕金森病发病机制中起重要作用。
目的:觀察大鼠帕金森病(Parkinson’disease ,PD)水通道蛋白9(aquaporin 9,AQP9)在腦組織中的錶達變化,研究AQP9在帕金森病腦組織髮病機製中的作用。方法製造帕金森病動物模型,應用HE染色、免疫組織化學、RT‐PCR等方法觀察大鼠腦組織AQP9錶達變化。結果免疫組織化學和RT‐PCR檢測結果顯示,帕金森病組腦組織 AQP9和AQP9 mRNA 的錶達呈動態變化過程,帕金森病組大鼠術後各時間點(除外術後2週時間點)在鼠左側黑質緻密部(SNC )及中腦腹側被蓋區(VTA)區AQP9和AQP9 mRNA錶達均比假手術組高。結論高錶達的AQP9,可能通過調節水電解質與能量代謝,從而在帕金森病髮病機製中起重要作用。
목적:관찰대서파금삼병(Parkinson’disease ,PD)수통도단백9(aquaporin 9,AQP9)재뇌조직중적표체변화,연구AQP9재파금삼병뇌조직발병궤제중적작용。방법제조파금삼병동물모형,응용HE염색、면역조직화학、RT‐PCR등방법관찰대서뇌조직AQP9표체변화。결과면역조직화학화RT‐PCR검측결과현시,파금삼병조뇌조직 AQP9화AQP9 mRNA 적표체정동태변화과정,파금삼병조대서술후각시간점(제외술후2주시간점)재서좌측흑질치밀부(SNC )급중뇌복측피개구(VTA)구AQP9화AQP9 mRNA표체균비가수술조고。결론고표체적AQP9,가능통과조절수전해질여능량대사,종이재파금삼병발병궤제중기중요작용。
Objective To observe the expression changes of aquapor‐9 ( AQP9) and its role in rat brain tissues of Parkin‐son’s disease (PD).Methods Parkinson's disease model in rats was made. The expression changes of AQP9 was detected by HE stain ,immunohistochemistry method and RT‐PCR.Results The detection of immunohistochemistry and RT‐PCR showed that the expressions of AQP9 and AQP9 mRNA presented dynamic changing process in Parkinson's disease group. The expres‐sions of AQP9 and AQP9 mRNA in the positions of left substantia nigra pars compacta (SNC) and the ventral tegmental area (VTA) in Parkinson's disease group were higher than that in the sham operation group at each time point after operation (ex‐cept for at 2‐week time point). Conclusion The high expression of AQP9 possibly plays an important role in the pathogenesis of Parkinson's disease by regulation of water electrolyte and energy metabolism.