MAPK,mitogen-activated protein kinase
1)mitogen-activated protein kinaseMAPK
1.Experimental Research on Mitogen-Activated Protein Kinase in Heart,Liver,Brain of Rats with Spleen-Qi Deficiency Syndrome and Effective Mechanism of Chinese Herbs for Reinforcing Spleen-Qi;脾气虚证模型大鼠心脏 肝脏 脑组织 MAPK活性变化及补脾气方药对其影响的实验研究
2.Experimental Research on Mitogen-Activated Protein Kinase in Heart, Liver, Brain of Rats with Spleen-Yang Deficiency Syndrome and Effective Mechanism of Chinese Herbs for Reinforcing Spleen-Qi;脾阳虚证大鼠心、肝、脑组织MAPK活性变化及温补脾阳方药对其影响的实验研究
3.Objective: To investigate the changes of activities of mitogen-activated protein kinase(MAPK) in the heart of the rats with spleen-yin deficiency syndrome and the effective mechanism of Chinese herbs for replenishing the spleen-yin.目的:通过观察脾阴虚证大鼠模型MAPK活性变化,探讨在脾阴虚状态下大鼠心脏组织MAPK活性变化规律及其调控机制,进一步揭示脾阴虚证的病理实质和滋脾阴法的作用,从而为脾实质的研究提供客观依据。
英文短句/例句

1.Expression of MAPK and phosphorylated MAPK in human glioma tissue人脑胶质瘤组织中MAPK和磷酸化MAPK的表达
2.Regulation Mechanism of Aquaporin 5 Through Mitogen-Activated Protein Kinases Signaling Pathways in Hyperoxia-Induced Lung Injury;MAPK信号对高氧肺损伤Aquaporin 5的调控机制
3.The Pathologic Changes in Lung Tissues in Diabetic Rats and the Activation of p38MAPK and NF-κB;糖尿病大鼠肺病变及P38 MAPK、NF-κB的作用
4.Low Concentration MNNG Effect on MAPK;低浓度烷化剂MNNG对MAPK信号通路的作用
5.Study on Computational Model of MAPK/ERK Signal Transduction Pathway;MAPK/ERK信号转导途径的计算机模型研究
6.The Expressive Study of MAPK in Human Cholangiocarcinoma;MAPK在胆管癌组织中的表达研究
7.Expression of MAPK in Human Esophageal Squamous Cell Carcinoma;MAPK在食管鳞状细胞癌中的表达研究
8.Study on the Effect of EGCG on LPS-induced p38 MAPK Signal Transduction;EGCG对LPS诱导的p38 MAPK信号转导作用研究
9.The Expression of PTEN, MAPK, Cyclind1 in Lung Cancer and Their Relationship with Prognosis;PTEN、MAPK、CyclinD1在肺癌中的表达、预后及相关性
10.Exercise,Oxidative Stresses and MAPKs;运动、氧化应激与MAPK转导系统
11.The roles of MAPK in tissue lesion and disease;MAPK在疾病与组织损伤中的作用
12.Signal Transduction Mediated by Mitogen-activated Protein Kinases and Exercise Induced Cardiac Hypertrophy;MAPK信号转导与运动性心肌肥大
13.MAPK Pathway Activated by IL-22 in SW480 and A549 CellsIL-22介导肿瘤细胞MAPK通路及细胞增殖
14.R10, a Novel Inhibitor of p38 Mitogen-activated Protein KinaseR10,新型p38 MAPK抑制剂生物学功能研究
15.Effects of MAPK inhibitor on mRNA expression of Bcl-2 and Caspases-3 in NRK cells treated with cadmium chlorideMAPK抑制剂对镉诱导凋亡基因表达影响
16.The expression of p38α MAPK after global cerebral ischemia in rat大鼠全脑缺血后各脑区p38α MAPK的表达
17.The Mechanism of p21 Protein Expression Regulating by MAPK Signal Pathway;MAPK信号通路对p21蛋白表达调控机制的研究
18.The Roles of Mitogen-Activated Protein Kinase in Abscisic Acid-Induced Antioxidant Defense in Leaves of Maize Plants;MAPK在ABA诱导的玉米叶片抗氧化防护中的作用
相关短句/例句

p38MAPKp38 MAPK
3)p42 mitogen-activated protein kinaseP42 MAPK
4)MAPK pathwayMAPK途径
1.The phosporylation of ERK1/2,an indicator of the activation of MAPK pathway was also determined by West.为研究雌激素促进前列腺间质细胞增殖的机理,使用雌二醇(E2)或BSA雌二醇(BSA-E2)处理前列腺间质细胞系wpmy-1,用MTT法及细胞计数法检测细胞增殖情况;用实时RT-PCR以及Western印迹方法检测细胞增殖核抗原(PCNA)的表达水平;用抗磷酸化ERK1/2抗体检测细胞内MAPK途径的激活情况。
2.In order to study the effect of insulin-like growth factor 1 (IGF-1) on proliferation of myeloma cell line KM3 and the role of MAPK pathway phosphorylation in this process, the cell cycle distribution shift of KM3 after incubation with series concentration of IGF-1 was detected by flow cytometry.本研究探讨胰岛素样生长因子-1(IGF-1)对人骨髓瘤细胞株KM3增殖的影响以及MAPK途径磷酸化在该过程中的作用。
5)MAPK pathwayMAPK通路
1.Association of tumor metastasis suppressor genes of the MAPK pathway with invasive potential in uveal melanoma;MAPK通路中肿瘤转移抑制基因对葡萄膜黑色素瘤侵袭能力的影响
2.Objective:Observe the influence of MAPK pathway s signal transduction in RA synovial cell of experimental rabbits by moxibustion,and reveal the molecular signal mechanism of experimental RA by moxibustion.结果:造模组与正常对照组相比较,MAPK通路异常激活,Cyclin A1、p38 MAPK、ERK1、JNK1、N-ras等相关信号分子表达上调;艾灸组与造模组相比较,MAPK通路中异常激活的Cyclin A1、p38 MAPK、ERK1、JNK1、N-ras等相关信号分子的表达明显下调。
3.Besides, IL-22 can stimulate three main MAPK pathways: MEK-ERK, JNK/SAPK and p38 kinase pathway.此外,IL-22也可激活3条主要的MAPK通路:MEK-ERK、JNK/SAPK和p38激酶途径。
6)the expression of p38MARKp38 MAPK表达
延伸阅读

38号元素锶,原子序数38,原子量87.62。元素名来源它的发现地的地名。1790年克劳福德在苏格兰斯特朗申得铅矿中第一次识别了自然界存在的碳酸锶;1792年霍普证实并分离了钡、锶、钙的化合物;1808年戴维利用汞阴极电解氢氧化锶,第一次得到纯的金属锶,并命名。锶在地壳中的含量为0.02%,主要矿石为天青石和菱锶矿,锶也在动、植物中与钙共存。锶有四个天然同位素。锶是一种活泼金属,熔点769°c,沸点1384°c,密度2.6克/厘米³。锶能与水直接反应,与酸猛烈反应;锶与卤素、氧和硫都能迅速反应;锶在空气中会很快生成保护性氧化膜;锶在空气中加热会燃烧;在一定条件下可与氮、碳、氢直接化合;由于锶很活泼,应保存在煤油中。金属锶的实际应用很少;锶的挥发性盐在火焰中呈现红色,可用作焰火、照明灯和曳光弹的材料;放射性锶90可治疗骨癌。总体特性名称, 符号, 序号 锶、sr、38系列 碱土金属族, 周期, 元素分区 2族, 5, s密度、硬度 2630 kg/m3、1.5颜色和外表 银白色金属地壳含量 0.01 %原子属性原子量 87.62 原子量单位原子半径 (计算值) 215.1(无数据)pm共价半径 192 pm范德华半径 无数据价电子排布 [氪]5s2电子在每能级的排布 2,8,18,8,2氧化价(氧化物) 2(强碱性)晶体结构 体新立方格物理属性物质状态 固态(顺磁性)熔点 1050 k(777 °c)沸点 1655 k(1382 °c)摩尔体积 33.94×10-6m3/mol汽化热 144 kj/mol熔化热 8.3 kj/mol蒸气压 246 帕(1042k)声速 无数据其他性质电负性 0.95(鲍林标度)比热 300 j/(kg·k)电导率 7.62×106/(米欧姆)热导率 35.3 w/(m·k)第一电离能 549.5 kj/mol第二电离能 1064.2 kj/mol第三电离能 4138 kj/mol最稳定的同位素同位素 丰度 半衰期 衰变模式 衰变能量mev 衰变产物84sr 0.56 % 稳定86sr 9.86 % 稳定87sr 7.0 % 稳定88sr 82.58 % 稳定90sr 人造 28.78年 β衰变 0.546 90y在没有特别注明的情况下使用的是国际标准基准单位单位和标准气温和气压锶是一种化学元素,它的化学符号是sr,它的原子序数是38,是一种银白色的碱土金属。 锶存在於矿物天青石(srso4)中及某些矿泉中。锶的焰色为深红色。 锶-90是一种核裂变产物,对人体有相当大的危害,它在核试验中由铀产生,以粉尘的形态被人体吸入,对人体产生放射性伤害。 锶的化学反应强烈,在空气中会转黄色。