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110篇 您的检索式:作者名="Theodore F"
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1Contrast-enhanced endoscopic ultrasound in discrimination between focal pancreatitis and pancreatic cancer显示文摘瞄准:作为基于微容器的灌注特征把发炎区分开来与胰腺的癌的一个方法评估提高对比的 endosonography。方法:在有怀疑的慢性胰炎的 86 个病人(变老:62+/-12 年;性别:f/m 38/48 ) ,胰腺的损害被常规内视镜的 B 模式,力量 Doppler 超声和提高对比的力量模式检验(日立 EUB 525, SonoVue, 2.4 mL, Bracco ) 用为恶意的损害的下列标准:用常规力量 Doppler 的没有可检测的 vascularisation 在用 SonoVue 提高对比的技术和没有可检测的静脉的容器里面的短距离上的动脉的容器的扫描、不规则的外观损害。如果所有标准是可检测的,恶意的损害被假定[内视镜的超声(EUS ) 指导了的标准答案好针渴望细胞学,操作] 。没有瘤形成的慢性胰炎的标准在 SonoVue 的注射前被定义为没有可检测的 vascularisation,在在 SonoVue 的注射和动脉、静脉的容器的察觉以后的至少 20 公里的距离上的容器的常规外观。结果:常规 EUS 的敏感和特性为胰腺的癌症分别地是 73.2% 和 83.3% 。与恶意的胰腺的损害和特性在 56 个病人中的 51 个增加到 91.1% 的提高对比的 EUS 的敏感与长期的煽动性的胰腺的疾病在 30 个病人中的 28 个增加了到 93.3% 。结论:提高对比的内视镜的超声改进在慢性胰炎和胰腺的癌之间的区别。Michael Hocke Ewald Schulze Peter Gottschalk Theodor Topalidis Christoph F Dietrich 2006World Journal of Gastroenterology2006,12,2:43
2亚洲流行性乙型脑炎的控制显示文摘Theodore F Tsai 2005中国计划免疫2005,11,5:26
3Serum cytokine profile in patients with hepatitis B e antigen-negative chronic active hepatitis B and inactive hepatitis B virus carriers显示文摘An insufficient cellular immune response seems to be critical for the immunopathogenesis of chronic hepatitis B virus infection.We have previously demonstrated no differences of T-lymphocyte subsets in blood between inactive hepatitis B s antigen(HBsAg) carriers and patients with HBeAg-negative chronic active hepatitis B.This study investigated the peripheral blood cytokine profile in patients with HBeAg-negative chronic active hepatitis B infection(Group A,n = 21) and inactive HBsAg carriers(Group B,n = 13).Serum cytokines [interferon(IFN)-γ,tumor necrosis factor-α,interleukin(IL)-1b,IL-4,IL-12,IL-10,IL-2,IL-5,IL-8] were analyzed by using flow cytometry.Patients with chronic active disease presented with significantly decreased levels of IFN-γ and IL-10 compared to inac-tive carriers(P = 0.048 and P = 0.008,respectively).In HBeAg-negative chronic active hepatitis B patients,a significant negative correlation of IFN-γ levels with serum hepatitis B viral load was noted(P = 0.021).In conclusion,patients with HBeAg-negative chronic active hepatitis B and HBsAg inactive carriers display a different cytokine profile.Decreased Th1 response observed in patients with chronic active hepatitis B could be implicated in the persistence of virus replication and ongoing progression of liver disease.Dimitra Dimitropoulou Marina Karakantza Georgios L Theodorou Lydia Leonidou Stelios F Assimakopoulos Athanasia Mouzaki Charalambos A Gogos 2013World Journal of Gastrointestinal Pathophysiology2013,4,1:13
4Interbasinal marker intervals——A case study from the Jurassic basins of Kachchh and Jaisalmer, western India显示文摘The Kachchh Basin and the Jaisalmer Basin are two neighboring Mesozoic sedimentary basins at the western margin of the Indian craton. The Jurassic succession of the Kachchh Basin is more complete and more fossiliferous than that of the Jaisalmer Basin. Consequently, intrabasinal correlation of the sedimentary units has been possible in the Kachchh Basin, but not in the Jaisalmer Basin. However, some marker beds existing in the Kachchh Basin can be recognized also in the Jaisalmer Basin. Ammonite evidence shows that they are time-equivalent. The following four units form marker intervals in both basins: (1) the pebbly rudstone unit with Isastrea bernardiana and Leptosphinctes of the Kaladongar Formation (Kachchh Basin) and the Isastrea bernardiana-bearing rudstone of the Jaisalmer Formation (Jaisalmer Basin) both represent transgressive systems tract deposits dated as Late Bajocian; (2) bioturbated micrites with anomalodesmatan bivalves within the Goradongar Yellow Flagstone Member (Kachchh Basin) and bioturbated units in the Fort Member (Jaisalmer Basin) represent maximum flooding zone deposits of the Middle to Late Bathonian; (3) trough-crossbedded, sandy packto grainstones of the Raimalro Limestone Member (Kachchh Basin) and the basal limestone-sandstone unit of the Kuldhar section of the Jaisalmer Formation (Jaisalmer Basin) correspond to Late Bathonain transgressive systems tract deposits; and (4) ferruginous ooid-bearing carbonates with hardgrounds of the Dhosa Oolite member (Kachchh Basin) and the middle part of the Jajiya Member (Jaisalmer Basin) are Oxfordian transgressive systems tract deposits. The fact that in both basins similar biofacies prevailed during certain time intervals demonstrates a common control of their depositional history. As the two basins represent different tectonic settings, the most likely controlling factors were the relative sea-level changes produced by eustatic processes, a common subsidence history of the northwestern margin of the Indian craton, and the paleoclimate.PANDEY Dhirendra Kumar FüRSICH Franz Theodor 2009Science China Earth Sciences2009,52,12:3
5Tobacco consumption and disease duration are associated with fistulizing and stricturing behaviors in the first 8 years of Crohn’s disease显示文摘Michael F Picco Theodore M Bayless 2003The American Journal of Gastroenterology2003,,2:2
6Adaptive design optimization of wireless sensor networks using genetic algorithms显示文摘Konstantinos P F Theodore A T 2007Computer Networks2007,51,4:1
7Tracking and followup of 16, 915 Adolescents: Minimizing Attrition Bias 显示文摘Theodore C Dennis R Melbourne F 1997Controlled Clinical Trails1997,18,:1
8A statistical metadata model for simultaneous manipulation of both data and metadata显示文摘Papageorgiou H Pentaris F Theodorou E 2001Journal of Intelligent Information Systems2001,17,2:1
9Impact of machining parameters on machine reliability and system productivity显示文摘THEODOR F JACK H S 2002Transactions of the ASME2002,124,2:1
10Image quality of sparse -aperture designs for remote sensing显示文摘Robert D F Theodore A T Jason R C 2002Optical Engineering2002,41,8:1
11Numerical simulation of the flow field and solute segregation in edge-defined film-fed growth显示文摘Buuoiu O Duffar T Theodore F 2001Cryst Res Technol2001,36,7:1
12Amplification of avian reovirus RNA using the reverse transcriptase-polymerase chain reaction显示文摘Xie Zhixun Avian A F Theodore G 1997Avian Dis1997,41,:1
13Effect of a centered conducting body on natural convection heat transfer in an enclosure显示文摘 Christoph Beckermann Theodore F Smith 1990Numerical Heat Transfer1990,18,:1
14Proofof concept modeling of energy transfer mechanisms for radiantconditioning panels 显示文摘Morteza M Ardehali Nirvan G Panah Theodore F Smith 2004Energy Convection and Management2004,45,:1
15Ilearn self-learning defect classifier显示文摘CHRIS A C THEODORE Y F CHARLES F 1998Iron and Steel Engineer1998,75,8:1
16Protein metabolism in rat gastrocnemius muscle after stimulated chronic concentric exercise显示文摘Theodore S W Booth F W 1990J Appl Physiol1990,,:1
17Enhancement of Latent Heat Energy Storage Using Embedded Heat Pipes 显示文摘Christopher W R Theodore L B Amir F 2011International Journal of Heat and Mass Transfer2011,,54:1
18LPS-induced lung inflammation is linked to increased epithelial permeability:role of MLCK显示文摘Eutamene H Theodorou V Schmidlin F 2005Eur Respir J2005,25,5:1
19Learning variable impedance control显示文摘Buchli J Stulp F Theodorou E 2011International Journal of Robotics Re- search2011,30,7:1
20Amplification of avian reovirus RNA using the reverie transcriptase-polymerize chain reaction显示文摘Xie Zhi-xun Avian A F Theodore G 1997Avian Disease1997,41,:1
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