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11篇 您的检索式:作者名="Robbert R"
    题名 作者 年代 出处 被引量
1Vitamin D receptor: a new risk marker for clinical restenosis after percutaneous coronary intervention显示文摘Pascalle S Monraats Yue Fang Douwe Pons Nuno MM Pires Huibert AP Pols Aeilko H Zwinderman Moniek PM de Maat Pieter AF Doevendans Robbert J deWinter René A Tio Johannes Waltenberger Rune R Frants Paul HA Quax Arnoud van der Laarse Ernst E van der Wall Andr 2010Expert Opinion on Therapeutic Targets2010,,:1
2Parton distrbutions updated显示文摘Martin A D Stirling W J Robberts R G 1993Phys Lett1993,306,:1
3Europeadapts to climate change :Comparing National Adaptation Strategies显示文摘Robbert Biesbroek G Rob J Swart Timothy R Carter 2010Global Environmental Change2010,,20:1
4Unreliable extended-spectrum-lactamase detection in the presence of plasmid-mediated AmpC in Escherichia coli clinical isolates 显示文摘Robberts FJL Kohner PC Patel R 2008J Clin Microbiol2008,47,2:1
5The copper active site of CBM33 polysaceharide oxygenases 显示文摘Glyn R Edward J Robbert Q 2013Journal of the American Chemical Society2013,135,16:1
6Energy Intensity and Foreign Direct Investment:A Chinese City-level Study显示文摘Robbert J R Sun P Chen S 2013Energy Economics2013,40,:1
7JiST:An Efficient Approach to Simulation Using Virtual Machines显示文摘Rimon B Zygmunt J Robbert R 2005Software Practice and Experience2005,35,6:1
8Cephalosporin MIC distribution of extended-spectrum- {beta} -lactamase- and pAmpC-producing Escherichia coli and Klebsiella species 显示文摘Kohner P C Robberts F J Cockerill F R 3rd 2009J Clin Microbiol2009,47,8:1
9Fighting fire with fire:using randomized gossip to combat stochastic scalahility limits 显示文摘Gupta L Birman K Robbert V R 2002Journal of Quality and Reliability Engineering International2002,18,3:1
10Stongly connected orientation of mixed multigraphs显示文摘 Michael R Garey Robbert E Tarjan 1985Networks1985,15,:1
11Long-term result of guided nerve regeneration with an inert microporous polytetrafluoroethylene conduit显示文摘Objective: To evaluate the long term outcome of Polytetrafluoroethylene (PTFE) conduit in nerve repair and to provide more evidence in view of its potential application to achieve a satisfactory functional recovery in clinical settings. Methods: Thirty six Wistar rats had their right sciatic nerve transected and were repaired with either conventional microsuture technique (Control group, n=18) or a PTFE conduit with a gap of 5 mm left between the nerve stumps (PTFE group, n=18). At 6 and 9 months after the operation, electrophysiological assessment and measurement of gastrocnemius muscle weight were conducted and morphology of the regenerated nerves were studied with image analysis. Results: At 6 months postoperatively, the nerve conduction velocity recovered to 60.86 % and 54.36 % (P> 0.05 ), and the gastrocnemius muscle weight recovered to 50.89 % and 46.11 % (P> 0.05 ) in the Control group and the PTFE group respectively. At 9 months postoperatively, the recovery rate was 65.99 % and 58.79 % for NCV (P> 0.05 ), and 52.56 % and 47.89 % for gastrocnemius muscle weight (P> 0.05 ) in the Control group and the PTFE group respectively. Regenerated nerve fibers in the PTFE group had a regular round shape with no fragmentation, wrinkling or splitting of the myelin sheath. Image analysis revealed that the ratio of the myelin area to the total fiber area was larger at 9 months than at 6 months in both groups (P< 0.01 ). Conclusions: Microporous PTFE conduit may be an alternative for nerve repair allowing of guided nerve regeneration and functional recovery with no obvious adverse effect at long term.何风春 范清宇 Timothy R Cushway Robbert De Iongh Marco Lanzetta Pierluigi Tos Earl R Owen 2003Chinese Journal of Traumatology2003,6,3:0
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