1) Shen 67 Block
沈67
1.
The integrated sand control approach of Shu 3 Area and Shen 67 Block in Liaohe Oil Region is the combina- tion of control and discharge,which lays stress on optimizing systematic construction of the new wells in Du 21 Block Shu 3 Area to supply efficient references for sand control of new wells.
辽河油区稀油油藏曙三区和沈67块的总体防砂思路是防排相结合,重点是在曙三区杜21块新井实施系统工程优化,为新井防砂提供有效的技术支持,并在老区老井防砂手段上进行技术改进与完善,解决了树脂砂强度的问题,完善了携砂液的性能,同时采用排砂、防砂相结合的方法,在两个区块共施工97井次,取得了良好的试验效果。
2) Block Shen67
沈67块
1.
Early response and understanding of secondary development in Block Shen67;
沈67块二次开发初步效果与认识
2.
The Application of the Study on the Reservoir Flow Unit in Reservoir Description in Block Shen67;
储层流动单元研究在沈67块精细油藏描述中的应用
3) Ki67
Ki-67
1.
Methods P27Kip1 and ki67 expressions were determined in 68 patients with NSCLC by immunohistochemical technique.
方法SP免疫组化法检测68例非小细胞肺癌的P27kip1及Ki-67表达情况。
2.
Objective : To investigate the expression and correlation among Dcr3, EGFR and Ki67 and the clinical implication in normal colorectal tissue adjacent to tumor and carcinoma.
目的:检测DCR3、EGFR和Ki-67在结直肠癌组织中的表达水平,探讨结直肠癌组织中DCR3﹑EGFR与Ki67之间的相关性从而判断DCR3和EGFR对结直肠癌细胞的增殖作用以及相互关系。
4) Ki 67
Ki-67
1.
Methods: The ki 67 expression and the phases of cell cycle were studied in primary cultures of ectopic endometrial cells (from the 10 women with endometrilosis) and eutopic endometrial cells (from 10 normal women without endometriosis).
方法 对 1 0例异位内膜组织 (试验组 )及 1 0例正常内膜组织 (对照组 )进行原代培养 ,采用免疫细胞化学检测两组内膜 ki-67表达 ,采用流式细胞术检测两组细胞的细胞周期。
2.
Cell cycle regulatory proteins Ki 67, cyclin A, and p27 are associated with cell proliferation.
背景与目的:研究表明肿瘤细胞周期分析显示细胞具高增殖率的肿瘤,其临床病情发展快;细胞周期调节蛋白Ki-67、细胞周期蛋白A及p27介入到细胞的增殖,但这些因子与食管癌之间的关系的研究在我国尚未见报道。
5) 67Ga-citratc
67镓
6) Pu67 gas reservoir
濮67气藏
1.
Study on producing water source in Pu67 gas reservoir based on gas-gas-liquid 3-phase equilibrium;
运用气-液-液三相相平衡理论研究濮67气藏产水来源
补充资料：镓-67(gallium-67)
【镓-67】(gallium-67)质量数为67的镓的放射性核素。符号`^67Ga`。半衰期77.9小时。以电子俘获方式进行核衰变，伴随的`\gamma`射线能量复杂，主要为0.093兆电子伏。可从回旋加速器中以氘核轰击`^67Zn`而制得。临床上用于诊断和治疗肺癌、乳腺癌等疾病。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条