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Data on pharmacological applications and hypothermia protection against in vitro oxygen-glucose-deprivation-related neurodegeneration of adult rat CA1 region

机译:成年大鼠CA1区体外氧葡萄糖剥夺相关神经退行性变的药理应用和低温保护数据

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摘要

In this data article, the level of chemical neuroprotection against oxygen-glucose-deprivation (OGD)-related neurodegeneration in CA1 was analyzed using the measurements on CA1 stratum pyramidale (CA1sp) width. Adult rat hippocampal slices were incubated in OGD medium for 60 min to create a model for severe ischemic conditions. Alternatively, control slices were incubated in artificial cerebrospinal fluid (ACSF) for 60 min. A study of OGD induced neurodegeneration and partial prevention by pharmacological agents reported; baclofen, memantine and l-carnitine effects were included. Also, the use of hypothermia was reported (P. Öz, H. Saybaşılı, 2016) [1].Here, the use CA1sp width measurements on Nissl-stained hippocampal slices is introduced as a valid and affordable method for detecting the level of neurodegeneration and neuroprotection on hippocampal slices. The protective effect of hypothermia was found to be more pronounced compared to other agents.
机译:在此数据文章中,使用对CA1锥体金字塔(CA1sp)宽度的测量分析了CA1中针对氧-葡萄糖剥夺(OGD)相关的神经变性的化学神经保护水平。将成年大鼠海马切片在OGD培养基中孵育60分钟,以创建严重缺血条件的模型。或者,将对照切片在人工脑脊髓液(ACSF)中孵育60分钟。 OGD引起的神经退行性变和药物预防部分预防的研究已有报道;包括巴氯芬,美金刚和左旋肉碱的作用。另外,据报道使用体温过低(P.Öz,H.Saybaşılı,2016)[1]。在此,引入了对Nissl染色的海马切片使用CA1sp宽度测量,作为检测神经变性水平的有效且负担得起的方法和对海马片的神经保护。与其他药物相比,低温治疗的保护作用更为明显。

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