脑含水量,brain water content
1)brain water content脑含水量
1.xanthipes nightsoil prolonged significantly the survival time of mice with acute cerebral ischemia,decreased thebrain water content,the brain index and the levels of lipid peroxides of dismutase(SOD).研究了五灵脂对结扎双侧颈总动脉造成小鼠和大鼠急性不完全脑缺血的保护作用 ,结果表明五灵脂水煎液能够显著延长不完全性脑缺血小鼠的存活时间 ,降低大鼠的脑含水量 ,脑指数 ,并且能够降低脑缺血组织丙二醛(MDA)含量 ,提高超氧化物歧化酶 (SOD)活性。
2.The brains were taken at 48 hours after establishing the model,and thebrain water content,brain density and brain coefficient were measured.Longa法建立大脑中动脉栓塞模型,测定48h后各组的脑含水量、脑密度和脑系数,同时统计各组大鼠的存活率及存活时间。
3.Objective To examine the effects of Zhuyuhuatan oral liquid onbrain water content and the activity of superoxide dimutase(SOD) following intracerebral hemorrhage(ICH) in rats and its possible mechanism.目的探讨逐淤化痰汤对脑出血大鼠血肿周围脑组织脑含水量及SOD活性的影响。
英文短句/例句
1.CORRELATIVITY ANALYSIS BETWEEN WATER CONTENT AND EVANS BLUE OF BRAIN TISSUE IN RATS大鼠脑水肿模型脑含水量与伊文思蓝含量的相关分析
2.It low- ered the cerebri water content and cerebral index,alleviated encephaledema,and ameliorated the is- chemia and anoxic state in brain tissue.能降低脑含水量和脑指数,减轻脑水肿,改善脑组织的缺血缺氧状态。
3.MAIN OUTCOME MEASURES: The contents of brain water and LPO in brain tissue and SOD activity.主要观察指标:测定脑含水量,脑组织LPO含量及SOD活力的变化。
4.The developing changes of dynorphin A(1-13) in rat cortex and the cerebral water content after cerebral ischemia脑缺血大鼠脑皮层中强啡肽A(1-13)的经时表达及脑含水量的变化
5.The Relationship between Matrix Metalloproteinase-9 Expression and Cerebral Water Content in Rats after Intracerebral Hemorrhage;大鼠脑出血后MMP-9的表达与脑含水量变化的关系
6.Effects of Edaravone, Atorvastatin on the Brain Water Content and the Expression of NgR in Rats" Intracerebral Hemorrhage依达拉奉、阿托伐他汀对大鼠脑出血后脑含水量及NgR表达的影响
7.Therapeutic effect of HSH on intracranial pressure and brain water content after cryogenic brain injury高渗盐复合液对冷冻性脑损伤后颅内压及脑含水量的影响
8.Effects of expression of vascular endothelial growth factor on the cerebral water contents in injured rat brain tissueVEGF在损伤鼠脑组织中的表达及对脑含水量的影响
9.Effect of Zhuyuhuatan Oral Liquid on the Brain Water Content and SOD of Rats Following Intracerebral Hemorrhage逐淤化痰汤对脑出血大鼠脑含水量及SOD活性的影响
10.Effect of Electric Acupuncture on the Expression of Neurocan and Cerebral Water Content after Cerebral Ischemia and Reperfusion in Rats电针对脑缺血再灌注大鼠神经黏蛋白表达和脑含水量的影响
11.Effects of Brain Surface Cooling on Cerebral Content of Water and Evans Blue in Rabbits脑表面降温对兔脑组织含水量和伊纹氏蓝含量的影响
12.The Relationship between Water Content and Content of ET and NO in Brain Tissue of Rats with Experimental Cerebral Hemorrhage During Acute Period;实验性脑出血大鼠急性期脑组织含水量与ET、NO含量的关系
13.Effect of Brain Natriretic peptide on ischemic brain edema and rCBF in cats脑钠素对实验性局部脑缺血脑组织水含量和局部脑血流的影响
14.Water content and cytomorphology of brain tissue in rats of each group.③各组大鼠脑组织含水量及脑组织细胞形态。
15.Influence of Electury Acupuncture on Cerebral Ischemic Stroke and Hydrocephalus of Cerebral Infarction Model Rats;电针对急性脑缺血模型大鼠脑梗塞体积及脑水分含量的影响
16.Correlative Study of Brain Water Content and Aquaporin-4 Expression Level in the Brain Tissue in CPCR Rats by Asphyxia Method;窒息法心肺脑复苏大鼠脑组织含水量和AQP4表达水平相关性研究
17.Effect of Electro-Nape-Acupuncture on Aquaporin4 and Water Content of Brain after Brain Ischemic Injury in Rats;电项针对脑缺血大鼠水通道蛋白4及脑水含量的影响
18.The content of water and Evans blue of brain tissue were determined, the time of gasp was observed.测定脑组织含水量和伊文氏蓝含量 ,观察小鼠喘息时间。
相关短句/例句
Cerebral water content脑含水量
1.Effects of 21d HDT-induced simulated weightlessness on cerebral water content and cerebral tissue in rabbits;模拟失重21d对兔脑含水量和组织形态的影响
2.The developing changes of dynorphin A(1-13) in rat cortex and the cerebral water content after cerebral ischemia脑缺血大鼠脑皮层中强啡肽A(1-13)的经时表达及脑含水量的变化
3)water content in brain脑含水量
1.Methods: The contents of nitric oxide (NO),malondialdehyde(MDA) ,the Na +-K +-ATP ase activity andwater content in brain were measured in the MCAO cerebral ischemia 6 and 24 hours in CH groups and controlled groups in rats and compared with BYHWD.方法 :检测大鼠大脑中动脉缺血后 6、2 4小时脑组织匀浆Na+ K+ ATP酶、脑含水量、MDA、NO的变化及复方水蛭合剂对其影响并与补阳还五汤比较。
4)cerebral water volume脑含水量
1.METHODS After setting up middle cerebral artery occlusion(MCAO)model,brain samples were prepared to investigate the effects of Zhongfengkang oncerebral water volume,cerebral index,nitric oxide(NOS),maleic dialdehyde(MDA) and superoxide dismutase(SOD) in the brain.方法建立大鼠大脑中动脉阻断(MCAO)模型,观察中风康对脑含水量、脑指数及脑组织内一氧化氮合酶(NOS)、丙二醛(MDA)、超氧化物歧化酶(SOD)活力的影响。
5)water content脑含水量
1.Experimental study of effects of Shenmai Jiawei Decoction on levels of lactic acid,water content in brain tissue of hypoxic-ischemic encephalopathy in neonate rats;参麦加味汤对新生大鼠缺氧缺血性脑病脑组织LA、脑含水量影响的实验研究
2.Effect of modified erxiantang onwater content and SOD activity of ratswith acute incomplete cerebral ischemia;二仙汤加减对急性不完全性脑缺血大鼠脑含水量及SOD活力的影响
6)brain water content脑水含量
1.To study the effect of Benazepril on arrhythmia andbrain water content after intracerebral hemorrhage in rates, we detectbrain water content and used Dynamic Electrocardiogram by intracerebral hemorrhage model in rats.为观察盐酸苯那普利 (benazeprilHCl)对大鼠脑出血后脑水含量的影响及对心律失常的作用 ,测定脑出血模型大鼠的脑水含量 ,并用 2 4h动态心电图记录心律失常发生情况。
2.ObjectiveTo investigate the expression of aquaporin-4(AQP4)mRNA in the early stage of cerebral edema following ischemia in rats and elucidate the relationship between the dynamic changes ofbrain water content and expression of AQP4 mRNA.目的通过制备大鼠大脑中动脉闭塞(MCAO)模型,观察缺血性脑水肿早期脑组织水肿及AQP4mRNA表达情况,从而研究大鼠缺血性脑水肿早期脑水含量和AQP4mRNA表达的变化规律,以探讨AQP4在缺血性脑水肿早期形成中的作用,为脑水肿的临床治疗提供新的方向。
延伸阅读
含铬含钒废水处理设计含铬含钒废水处理设计design of chromium and vanadium ions-containing waste water treatmenthange hanfan fejshui ehuli sheji含铬含钒废水处理设计(de抓gn of chromi-um and vanadium ions一eontaining waste watertreatment)含铬含钒废水含有毒性较强的六价铬离子和五价钒离子。铬在人体内可造成血中缺氧，导致细胞窒息;六价铬是致癌物质，并能在组织内累积。钒的颜色阂浓度界限为。.lmg/L，味觉阑浓度界限为0.smg/L，影响地面水自净作用的浓度为smg/L，动物的最小致死量为lmg/kg·对于含铬含钒超标的废水应进行处理，使其中有害物质含量符合国家或地方规定的排放标准。废水处理设计的主要内容是:根据废水的来源和特性，选择经济合理的处理方法，处理流程和相应的设施组成。废水来源和特性按所含铬、钒种类可分为含铬废水，含铬、钒废水和含钒废水。含铬废水主要包括:(1)金属铬生产过程中铭浸出废渣的沥滤液，每升废液含Cr6+可达几百毫克;(2)冷轧薄钢板镀锌机组排出的废水，包括含Cr‘+浓度为1~1.89/L，pH值为2一3的高浓度废水和含Cr6+浓度约Zoomg/L，pH值为5一6的漂洗废水;(3)电镀过程排出的废液，包括每升含Cr6+几十毫克的镀铬、钝化漂洗废水和含cr6+约2。。g/L的废槽液;(4)冲洗设备和地坪等的含铬废水。含铬、钒废水主要是五氧化二钒生产过程中的五氧化二钒沉淀分离尾液。当所用原料含有铬时，尾液中除含钒约50~10omg/L外，还含Cr6+约100一250mg/L，pH值为1.8~2.5，水温约80℃。含钒废水主要是五氧化二钒沉淀分离的尾液。其中含钒约50~loomg/L，pH值为1.8一2.5，水温约80℃。基本处理方法因废水所含成分和浓度不同，所采用的处理工艺也不同。含铬废水处理常用还原沉淀法、离子交换法、钡盐法或电解法处理。(l)还原沉淀法。先用硫酸亚铁或钢材酸洗废液或亚硫酸氢钠或二氧化硫等还原剂，在酸性条件下，将废水中Cr6+还原成低毒的Cr3+。一般再投加石灰使Cr3+沉淀，并中和废水中的游离酸。此法处理后的出水含Cr6+不大于0.Zmg/L，Crs+不大于。.smg/L。如用亚铁作为还原剂，氢氧化钠作为中和剂，将沉淀的泥渣加热氧化，可制成磁性的铁氧体。还原沉淀法在国内外最为常用，适用范围较广，且效果可靠。(2)离子交换法。一般可将废水先通过H型阳树脂床，去除废水中的Fe3+、Cr3+等阳离子，进行纯化，经纯化的含铬酸阴离子废水可直接反回生产使用，对于冷轧薄钢板镀锌机组排出的高浓度含铬废水常采用此法进行处理。如欲回收铬酸，可将废水再经OH型阴树脂床进行处理，阴树脂用碱液洗脱再生，将洗脱液经阳树脂床除去钠离子，可得铬酸。阳树脂可用酸再生。
