1)concurrent cancer双源癌
1.Alterations of P21~(WAF1) in concurrent cancers of the esophagus and gastric cardia from the same patient;食管贲门双源癌组织中P21~(WAF1)蛋白的表达
2.Expression of mdm2,CyclinD1 and p16 in concurrent cancers of esophagus and gastric cardia;食管贲门双源癌患者癌组织中mdm2,CyclinD1和p16蛋白的表达
3.Alterations of MUC1 and C-erbB2 in concurrent cancers of the esophagus and gastric cardia from the same patient in Linzhou, Henan Province;河南食管癌高发区食管贲门双源癌粘蛋白1、C-erbB2蛋白的表达
英文短句/例句
1.Comparative genomic hybridization and proteomic analysis on esophageal and gastric cardia cancers from the same and different patients食管贲门双源癌与单发食管癌和贲门癌基因组与蛋白质组对比
2.Histopathological prevalence of concurrent esophageal and gastric cardia precancerous lesions from the same patient at high-incidence area for esophageal cancer in Henan河南食管癌高发区食管贲门双源癌前病变病理特征
3.Expression of Rb in precancerous lesions of esophagus and gastric cardia in same patients同一个体食管和贲门双源癌前病变组织中Rb的表达
4.Proteomic and Comparative Genomic Hybridization Analysis on Concurrent Esophageal and Gastric Cardia Cancers from the Same Patient at High Incidence Area in Henan;河南食管癌高发区食管/贲门双源癌患者蛋白质组和比较基因组杂交研究
5.Primary Research of Dual Source CT Perfusion Imaging in Gastric Carcinoma双源CT灌注成像诊断胃癌的初步研究
6.Initial Study of CT Perfusion Using DSCT in Extrahepatic Cholangiocarcinoma肝外胆管癌双源CT灌注扫描临床应用价值初探
7.An Applied Study of Dual Source CT on the Evaluation of Hepatcellular Carcinoma after Treatment with TACE双源CT双能量成像对肝癌介入术后复查的应用价值研究
8.Clinical research of dual source CT perfusion imaging in evaluating biological behavior of gastric carcinoma双源CT灌注成像评估胃癌生物学行为的临床研究
9.Clinical Application Research of Dual Source CT Perfusion Imaging in Evaluating the Tumor Angiogenesis and Biological Behavior of Gastric Carcinoma双源CT灌注成像评估胃癌肿瘤血管生成及其生物学行为的临床应用研究
10.extragalactic double radio sources and multiple radio sources河外射电双源和多重源
11.(4) there were 12 cases (48%) of DPBC.4.双原发肺癌12例(48％)。
12.Experimental Study of Shuang Ling Fuzheng Kangai Capsule(SLFKC) on Inhibiting Heps of Mouse双苓扶正抗癌胶囊对小鼠肝癌的影响
13.compensated dual neutron log双源距补偿中子测井
14.circular heteroduplex环式异源双链核酸分子
15.Easy integration of resources of the supplier and consumer易整合供需双方的资源
16.Research on Bi-objective Scheduling Optimization for DRC Job Shop双资源作业车间双目标调度优化研究
17.Application of energy subtract angiography of dual source CT in diagnosis of arterial diseases of the lower extremities双源CT双能量减影诊断下肢血管疾病
18.Discussion of Dual-Energy Imaging with the Dual-source Computer Tomography双源CT双能量成像及其初步应用初探
相关短句/例句
Concurrent cancers双源癌
1.It is noteworthy that primary concurrent cancers of the esophagus and gastric cardia from the same patient (CC) is not uncommon in this area.本实验室自95年对该地区人群初步研究发现：同一个体同时发生食管鳞癌和贲门腺癌的患者我们称之为食管／贲门双源癌(Primary concurrent cancers of the esophagus and gastric cardia from the same patient，CC)并非罕见，但是有关食管贲门双源癌检出率的报道差异很大，高达5-6倍(0。
3)concurrent precancerous lesions双源癌前病变
4)concurrent esophageal and gastric cardia cancers食管贲门双源癌
1.Methods:The surface-enhanced laser description/ionization time-of-flight mass spectrometry (SELDI-TOF-MS) and comparative genomic hybridization (CGH) were applied to the 4 patients with concurrent esophageal and gastric cardia cancers (CC),107 patsents with single esophageal cancer(EC) and 86 patients with gastric cardia cancer.目的:对食管贲门双源癌和单发食管癌及单发贲门癌患者血清蛋白质组和癌组织基因变化差异进行分析,筛选食管癌、贲门癌关键候选蛋白和基因。
5)Synchronous tumors双癌
6)concurrent cancers多源癌
1.Relationship between p53 gene mutation and the concurrent cancers of the esophagus and gastric cardia;p53基因突变与食管贲门多源癌的相关性
延伸阅读
河外射电双源和多重源 河外射电展源中最典型的也是数量最多的(占40％)一种是双源。双源的最普遍的特征是，在相隔几万至两百万光年的距离上形成两块射电瓣(又称为子源)。证认出的光学对应体(星系或类星体)往往位于此两子源连线的中心。子源的远离光学母体的外边缘处射电亮度变化很陡，而且更接近最大值（此区域常是1″量级大小的致密成分），而向光学母体方向的则是亮度逐渐减弱的辐射延伸部分。最典型的代表是天鹅座A(见射电星系)。有时，光学母体两边是以两个强的外子源为主体的多个子源的组合结构，但仍然成为近似对称分布的所谓多重源。这种直线和对称排列的双源特征，在其所属的光学母体的致密射电区内有时能重现,就是说在不到双源的10-4～10-5的范围内,即在光学体小于0奬01（或几十光年）的区域内，仍然有成双的小致密源出现，而且里、外双源的连线基本上是一致的，例如，3C326、33C111、3C390.3、3C405等射电源。 双源的普遍特性,如流量不变化,具有幂律谱 (Sv∝v-α，平均频谱指数α 约为0.75）, 有百分之几的线偏振而没有圆偏振,磁场为10-4～10-5高斯,射电光度强(1040～1045尔格/秒）, 能量高(1058～1081尔格)等等都与一般展源相同。对双源已进行了大量的观测统计,得出的结果是两个子源的流量密度相差不大，平均只差40％。两个子源与光学母体的距离也相差不大，双源中较亮的子源更靠近光学母体,直径较小,频谱较平。两个子源之间的距离约为子源直径的 2～4倍。在双源间距为 6～100万光年的范围内，不同射电源的子源大致以同样方式膨胀和相互分离, 形成了从中心向外抛射的圆锥体（圆锥角约20°～50°）。源的光度越大，双源之间的距离越大，抛射圆锥也就越窄。射电源主轴方向（两个子源的连线方向）与光学星系主轴方向成各种交角，表明二者没有相关性。同样，射电源主轴与偏振方位角之间也没有明显的相关性。以全部双源为例进行统计，没有发现射电光度与频谱指数或展源直径或光学亮度之间有什么关系。子源明亮头部的线偏振只有百分之几，而在延伸向光学母体的局部地区的线偏振则达到百分之几十，甚至高达百分之七十。 双源和多重源的这些特性提出了三个必须解决的问题：①成双的对称性和一线排列问题；②在极其稀薄的介质中,子源抛射膨胀成形而不瓦解的约束机制问题;③巨额能量的来源和转换方式以及如何向子源进行输运的问题。目前流行的模型基本上有三种：等离子体团抛射及膨胀，大质量物体的一次抛射，连续喷射束。 参考书目 A.G.Pacholczyk,Radio Galaxies,Pargamon Press, Oxford, 1977.
