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Effects of Wuweizi syrup on brain aging mice model induced by d-galactose

机译:武威糖浆对 - 糖尿病

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ObjectiveTo observe the effect of Wuweizi syrup on brain aging mice model induced byd-galactose in mice.Methods72 mice were randomly divided into blank group, model group, naokangling group and low, middle and high dose Wuweizi syrup group. After 3?days of adaptive feeding, except for the blank group, the rest mice were subcutaneously (sc) injected withd-galactose 1.25?g/kg at neck back to replicate the aging model. Sc injection was given for 40 consecutive days, and corresponding drugs were given by gavage on the 11th day of modeling. On the 39th day, the dark experiment was carried out to measure the learning ability of mice. After the last administration for 2?h, brain, liver, thymus and spleen were taken and weighed to calculate the organ index. Blood was taken and CAT, GSH and SOD levels in whole blood were determined. Some brain and liver tissues were taken to prepare homogenates, and MDA levels in tissue homogenates and plasma were measured. Brain, liver, thymus and spleen were stained with HE, and pathological sections were made for observation under light microscope.ResultsCompared with the blank group, in the model group, the incubation period of mice was significantly reduced and the number of shuttle back and forth was significantly increased (P?
机译:ObjectiveTo观察武威糖浆对脑老龄化小鼠模型诱导的Byd-galaction在Mice.methods72小鼠随机分为空白组,模型组,Naokangling组和低,中高剂量武威糖浆组。在3?天的自适应喂养后,除了空白组外,将其次的小鼠皮下(SC)注射颈部背部的含有 - 半乳糖1.25·G / kg以复制老化模型。 SC注射连续40天给出,并且在建模的第11天通过饲料给出相应的药物。在第39天,进行了黑暗实验以测量小鼠的学习能力。进行2μl,脑,肝脏,胸腺和脾脏后,进行并称重以计算器官指数。采用血液,并确定全血的猫,GSH和SOD水平。采取一些脑和肝组织来制备匀浆,测量组织匀浆和血浆中的MDA水平。脑,肝脏,胸腺和脾脏与他染色,并且在光学微粒下进行病理切片。与空白组的结果,在模型组中,小鼠的潜伏期明显减少和前后穿梭的数量显着增加(p?<?0.01);脾脏和脑指数显着下降(P?<〜0.05),胸腺指数显着下降,肝脏指数显着增加(P?<?0.01);全血猫,GSH和SOD的水平显着下降(P?<?0.01);肝脏匀浆,脑匀浆和血浆的MDA水平显着增加(P?<?0.01);在显微镜下观察到脑,肝脏,胸腺和脾脏的病理变化。与模型组相比,Nookangling组和低,中高剂量武氏糖浆组可以显着改善小鼠的潜伏期,并减少前后穿梭的数量(P?<0.01),可以减少或增加器官指数不同程度(p?0.01 Orp?<-0.05),可以显着增加全血的猫,gsh和sod水平(p?<Δ01),并显着降低血浆中MDA的水平,肝匀浆和脑均匀化(p?<?0.01),以及可以改善脑,肝,胸腺和脾脏的病理变化,不同程度。结论小鼠老化模型成功复制,武威糖浆可以显着改善记忆,生化指标和武器糖浆脑老化模型小鼠的病理状态。

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