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16篇 您的检索式:作者名="WangJW"
    题名 作者 年代 出处 被引量
1microRNA-92a promotes lymph node metastasis of human esophageal squamous cell carcinoma via E-cadherin显示文摘Chen ZL Zhao XH WangJW 2011J BioI Chern2011,286,12:1
2Regulatingtheregulators:microRNAandasthma显示文摘WangJW LiK HellermannG etal 2011WorldAllergyOrganJ2011,4,6:1
3Binding pancreaticoenteric anastomosis: from binding pancreaticojejunostomy to binding pancreaticogastrostomy显示文摘Peng SY WangJW Hong de F 2011Updates Surg2011,63,2:1
4Adaptation of plants’pollination(植物传粉的适应)[J]显示文摘WANGJW(汪劲武) 1980生物学通报1980,,2:1
5Regulatingtheregulators:microRNAandasthma显示文摘WangJW LiK HellermannG etal 2011WorldAllergyOrganJ2011,4,6:1
6Studiesonplantphenylalanineammonia-lyase[J]显示文摘WANGJW(王敬文) XUEYL(薛应龙) 植物生理学报0,,:1
7Studies on the residues of heavy metals in traditional Chinese medicine(中药重金属残留研究进展)显示文摘WANGJW(王锦伟) DONGHJ(董华军) 2005中华医药杂志2005,5,8:1
8The effect of alendronate on bone mineral density in the distal part of the femur and proximal part of the tibia after total knee arthroplasty显示文摘WANGCJ WANGJW WENGLH etal 2003J Bone Joint Surg Am2003,85,11:1
9Insituatomic-scaleima-gingofphaseboundarymigrationinFePO4microparticlesdur-ing electrochemicallithiation 显示文摘ZhuYJ WangJW LiuY etal 2013Advanced Materials2013,25,38:1
10See the evolution through the flowers of Ranunculaceae plants[J]显示文摘WANGJW(汪劲武) 1985大自然1985,,3:1
11Pseudohyperaldosteronism [J]显示文摘WANGJW SUH 2009中华高血压杂志2009,17,2:1
12Molecularcloningand characterizationofaBrassicajunceayellowstripe-likegene,BjYSL7,whoseoverexpressionincreasesheavymetaltoleranceoftobacco显示文摘WangJW LiY ZhangYX etal 2013PlantCellReports2013,32,5:1
13Identification of metasta?sis-associated proteins involved in gallbladder carcinoma metastasis by proteomic analysis and functional explo?ration of chloride intracellular channel 1显示文摘WangJW Peng SY LiJT 2009Cancer Lett2009,281,1:1
14Delay-dependent L2-L^ control of linear systems with multiple time-varying state and input delays显示文摘CHEN A M WANGJW 2012Nonlinear Analysis: Real World Applications2012,,13:1
15Overexpression of a novel gene , Cms1, can rescue the growth arrest of a Saccharomyces cerevisiae mcm10 suppressor显示文摘MCM10 protein is an essential replication factor involved in the initiation of DNA replication. A mcm10 mutan (mcm10-1) of budding yeast shows a growth arrest at 37 C. In the present work, we have isolated a mcm10-1 suppressor strain, which grows at 37 C. Interestingly, this mcm10-1 suppressor undergoes cell Cycle arrest at 14 C. A novel gene, YLR003c, is identified by high-copy complementation of this suppressor. We called it as Cms1 (Complementation of Mcm 10 Suppressor). Furthermore, the experiments of trans- formation show that cells of mcm10-1 suppressor with high-copy plasmid but not low-copy plasmid grow at 14 C, indicating that overexpression of Cms1 can rescue the growth arrest of this mcm10 suppressor at non-permissive temperature. These results suggest that CMS1 protein may functionally interact with MCM10 protein and play a role in the regulation of DNA replication and cell cycle control.WangJW WuJR 2001Cell Research2001,11,4:0
16Linear Polarization Components of Scattered 90°显示文摘LinearPolarizationComponentsofScatered90°①CHENYR,WANGJW(Dept.ofOpticalEng.,NanjingUniversityofScienceandTechnology,Nanjing210...CHENYR WANGJW 1997Semiconductor Photonics and Technology1997,3,3:0
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