1)sodium vanadate钒化钠
1.Study on inhibitory effects and mechanism of sodium vanadate on human esophageal cancer cell line EC109;钒化钠对人食管癌细胞系EC109的增殖抑制作用及机制探讨
2.Effects of sodium vanadate on p-ERK1/2 protein expression in human esophageal cancer cell line EC109钒化钠对人食管癌细胞系EC109 p-ERK1/2蛋白表达的影响
3.Results: Sodium vanadate of certain concentrations could present proliferation inhibition effects on EC109 cells.目的:探讨不同浓度钒化钠对食管癌细胞系EC109增殖作用的影响。
英文短句/例句
1.Sodium Vanadate Induces the Apoptosis of Human Esophageal Cancer Cell Line EC109 and Its Mechanism钒化钠诱导人食管癌细胞系EC109凋亡及其机制
2.Effects of sodium vanadate on p-ERK1/2 protein expression in human esophageal cancer cell line EC109钒化钠对人食管癌细胞系EC109 p-ERK1/2蛋白表达的影响
3.The Proliferation Effect of Sodium Vanadate on Human Esophageal Cancer Cell Line EC109钒化钠对人食管癌细胞系EC109细胞株增殖影响的研究
4.Effects of Sodium Vanadate on ERK Signal Transduction in the Cell EC109 of Human Esophageal Cancer钒化钠对人食管癌细胞系EC109 ERK1/2胞内信号转导的影响
5.Sintering Action of NaCl Calcination during Extracting Vanadium from Stone Coal石煤提钒钠化焙烧中烧结现象的研究
6.Recovery of Vanadium by Nanofiltration from the Leaching Solution of Stone Coal Roasted with Sodium Chloride石煤氯化钠焙烧水浸液纳滤提钒过程
7.Study on the Direct Hydroxylation of Benzene to Phenol Catalyzed by Sodium Metavanadate;偏钒酸钠催化氧化苯直接制备苯酚的研究
8.Serial TestPotassium, Sodium and Iron of Vanadium Oride by Flame Atom Absorption;火焰原子吸收法连续测定钒氧化物中的钾、钠、铁
9.Oral Sodium Metavanadate Improves Glucose Phosphorylation in Diabetic ICR Mice;口服偏钒酸钠对糖尿病ICR小鼠体内葡萄糖磷酸化作用的影响
10.Effects of Proliferation and Differentiation on Mouse MC3T3-E1 Cell Induced by Sodium Orthovanadate and Correlation between the Effects and Nitric Oxide Levels;原钒酸钠对小鼠MC3T3-E1细胞增殖和分化的效应及其与一氧化氮水平的关系
11.Separation of Vanadium from Sodium Aluminate Solution in Bayer Process by Precipitation沉淀法从拜耳法铝酸钠溶液中分离钒
12.Sodium Iodide[131I]碘[131I]化钠
13.SOLUBILITY OF MAGNESIUM VANADATES IN WATER--A basic study on extraction of vanadium from iron ore concentrate pellets with non-sodium salt additive钒酸镁盐在水中的溶解度——非钠盐添加剂提钒的基础研究
14.The Relationship between V(VO3) and the Activity of ppGalNAcT2 and ppGalNAcT2's Effect to Vanadate Induced HL-60 Cell's Apoptosis and AdhesionppGalNAcT2的活性与钒的关系及其与偏钒酸钠联合对HL-60细胞的影响
15.Semi-Industrial Experiment on the Pretreatment of Molten Pig Iron by Top-Blowing Oxygen and TopAdding Sodium Carbonate碳酸钠吹氧法预处理含钒铁水半工业实验
16.Effects of Chickpea embryos and sodium-orthovanadate on hyperglycemia and lipid profile during streptozotocin diabetes鹰嘴豆芽与原钒酸钠对糖尿病大鼠的降糖作用
17.beryllium, chromium, nickel, vanadium and their chemical compounds;铍、铬、镍、钒及其化合物；
18.vanadium catalyst for manufacture of sulfuric acid硫酸生产用钒催化剂
相关短句/例句
sodiumination roasting of V-slag钠化焙烧钒渣
3)sodium metavanadate偏钒酸钠
4)vanadium and sodium trapping agent捕钒钠剂
1.Effects of vanadium and sodium trapping agent on the structure and catalytic properties of vanadium poisoned USY zeolite were extensively investigated by MAT, XRD, NH 3 TG TPD and BET technologies.采用 MAT、XRD、NH3 -TG-TPD、BET技术 ,考察了钠离子与捕钒钠剂对钒中毒 USY分子筛结构和性能的影响。
5)Sodium vanadyl phosphate磷钒酸钠
6)sodium orthovanadate原钒酸钠
1.Effects of sodium orthovanadate on pyruvate kinase in type Ⅱ diabetes rats;原钒酸钠对2型糖尿病大鼠丙酮酸激酶的影响
2.Effect of sodium orthovanadate on GLUT4 mRNA expression in the skeletal muscle of type 2 diabetic rats;原钒酸钠对2型糖尿病大鼠骨骼肌GLUT4mRNA表达的影响
3.The effect of sodium orthovanadate on sugar absorption of small intestine in rats;原钒酸钠对小肠糖吸收的影响
延伸阅读
钠化焙烧钠化焙烧sodium salt roasting nohuo beishQO钠化焙烧(sodium salt roasting)矿物原料焙烧方法之一种。向难选的复杂氧化矿中加入钠盐，在一定的温度和气氛下使难溶的目的矿物转变成可溶性钠盐的工艺过程。钠化焙烧多用作提取高熔点金属钒、钨、铬等的准备作业。如从钒钦磁铁矿石中提钒，从黑钨矿石、白钨矿石中提取钨和从铬铁矿石中提取铬等。矿物原料中加入碳酸钠、氯化钠、苛性钠或硫酸钠等钠盐添加剂，经高温焙烧使之生成相应的可溶性钠盐，用水、稀酸或碱浸出焙砂，使目的组分转入溶液而与杂质及脉石分离。 工业上提钒可分为直接提钒和间接提钒两种。间接提钒是将钒铁精矿先经高炉冶炼，70%~80%的氧化钒被还原进入生铁，含钒铁水用氧或空气吹炼使钒氧化进入炉渣，钒渣含五氧化二钒达8%~12%，再用磁选除铁后加入钠盐在回转窑内进行钠化培烧，钒渣中的三价钒氧化为五价的偏钒酸钠，用水浸出焙砂得偏钒酸钠溶液，加入硫酸沉淀出五氧化二钒，经过滤、干澡得五氧化二钒粉末。直接提钒是不经高炉冶炼，将钒铁精矿加入钠盐制成球团，在回转窑内进行钠化焙烧得偏钒酸钠，用水浸出焙砂使其转入溶液，与其他组分分离，钒的回收率可提高10%一15%。但水浸后的球团含有微量钠盐，不宜直接进高炉炼铁，只能作生产海绵铁的原料。对于难处理的钨精矿，由于其杂质含量较高，也常用钠化焙烧进行预处理。难选的钨细泥精矿、钨锡中矿、含钨铁砂等矿物原料加入碳酸钠，在700~8。。℃高温下在回转窑内焙烧，使其生成可溶性的钨酸钠，用水浸出焙砂使钨酸钠转入溶液。浸出液经净化、沉淀、干燥和缎烧可制得三氧化钨产品。钠化焙烧还用于除去难选粗精矿中的杂质以提高精矿质量，如锰、铁、石墨、金刚石等粗精矿经钠化焙烧处理，其中的磷、硅、铝、铁、钒、铂等杂质生成可溶性钠盐而经浸出被除去。 (熊志章)
