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23篇 您的检索式:作者名="Agir"
    题名 作者 年代 出处 被引量
1Hrstologre effects of hyperbaric oxygen therapy administered immediately after or two hours after ischemia-reperfusion injury: Rat abdominal skin flap mold显示文摘 Merse B Aktas S 2003Kulak Burum Bogaz Hetis Derg2003,10,1:1
2Histologic effects of hyperbaric oxygen therapy administered immediately after or two hours after ischemia-reperfusion injury:a rat abdominal skin flap model显示文摘Agir H Hersa B Aktas S 2003Kulak Burun Bogaz Ihtis Derg2003,10,1:1
3Histologic effects of hyperbaric oxygen therapy adminrstered immediately after or two hours after ischemia - reperfusion injury :a rat abdominal skin flap mold 显示文摘Agir H Merse B Aktas S 2003Kulak Burum Bogaz Ihtis derg2003,10,:1
4Histologic effects of hyperbaric oxygen theraphy administered immediately after or two hours after ischemia-reperfusion injury:a rat abdominal skin flap model 显示文摘 Mersa B Aktas S 2003Kulak Burun Bogaz Ihtis Derg2003,10,1:1
5Tendon-holding capacities of two newly designed implants for tendon repair:an experimental study on the f lexor digitorum profundus tendon of sheep显示文摘Agir I Aytekin MN Erol B 2014Open Orthop J2014,27,8:1
6Characterization of LaMnAlx1019 by FT-IR spectroscopy of ad- sorbed NO and NO/O2 显示文摘KANTCHEVA M AGIRAL A SAMARSKAYA O 2005Applied Surface Science2005,252,5:1
7Triple Z flap technique for rconstruction of triangular defects in problem areas显示文摘SEN C ISKEN T AGIR H 2007Plast Reconstr Surg2007,119,3:1
8Histologic effects of hyperbaric oxygen theraphy administered immediately after or two hours after ischemia-repeffusion injury:a rat abdominal skin flap model 显示文摘 Mersa B Aktas S 2003Kulak Burun Bogaz Ihtis Derg2003,10,1:1
9User-side adaptive protection of location privacy in participatory sensing 显示文摘AGIR B PAPAIOANNOU T G NARENDULA R 2014Geolnformatica2014,18,1:1
10Histologic effects of hyperbaric oxygen therapy administered immediately after or two hours after ischemia-reperfusion injury: a rat abdominal skin flap model 显示文摘Agir H Mersa B Aktas S 2003Kulak Burun Bogaz Ihtis Derg2003,10,1:1
11W ( h ) ither orbital pseudotumor 显示文摘Agir H Aburn N Davis C 2007J C raniofac Surg2007,18,5:1
12Influence of num- ber and orientation of screws on stability in the internal fixation of unstable femoral neck fractures显示文摘Gumustas SA Tosun HB Agir I 2014Acta Or- thop Traumatol Turc2014,48,6:1
13W(h)ither orbitalpseudotumor显示文摘AGIR H ABUM N DAVIS C 2007J Craniofac Surg2007,18,5:1
14Comparison of Expanded Polytetrafluo Roethylene (Eptfe) with Autogenous Vein as a Nerve Conduit in Rat Sciatic Nerve Defects显示文摘 Agir H Aydin A 2004Kulak Burun Bogaz Ih Tisderg2004,13,526:1
15Squamous cell carcinoma arising from a fibroepithelial polyp显示文摘Agir H Sen C Cek D 2005Ann Plast Surg2005,55,6:1
16Comparison of expanded polytetrafluoroethylene (ePTFE) with autogenous vein as a nerve conduit in rat sciatic nerve defects显示文摘Mersa B Agir H Aydin A 0,,526:1
17Histologic effects of hyperbaric oxygen therapy,administed immediately after or two hours after ischemia-reperfusion injury:a rat abdominal skin flap model显示文摘Agir H Mersa B Aktas S 2003Kulak Burun Bogaz Ihtis Derg2003,10,1:1
18Financial Development and E- conomic Growth Nexus in the MENA Countries: Bootstrap Panel Granger Causality Analysis 显示文摘Kar M NazlIoglu S AgIr H 2011Economic Modelling Elsevier2011,,12:1
19Olecranon anatomy:Use of a novel proximal interlocking screw for intramedullary nailing,a cadaver study显示文摘AIM: To define the optimum safe angle of use for an eccentrically aligned proximal interlocking screw(PIS) for intramedullary nailing(IMN).METHODS: Thirty-six dry cadaver ulnas were split into two equal pieces sagitally. The following points were identified for each ulna: the deepest point of the incisura olecrani(A), the point where perpendicular lines from A and the ideal IMN entry point(D) are intersected(C) and a point at 3.5 mm(2 mm safety distance from articular surface + 1.5 mm radius of PIS) posterior from point A(B). We calculated the angle of screws inserted from point D through to point B in relation to D-C and B-C. In addition, an eccentrically aligned screw was inserted at a standard 20° through the anterior cortex of the ulna in each bone and the articular surface wasobserved macroscopically for any damage.RESULTS: The mean A-C distance was 9.6 mm(mean ± SD, 9.600 ± 0.763 mm), A-B distance was 3.5 mm, C-D distance was 12.500 mm(12.500 ± 1.371 mm) and the mean angle was 25.9°(25.9°± 2.0°). Lack of articular damage was confirmed macroscopically in all bones after the 20.0° eccentrically aligned screws were inserted. Intramedullary nail fixation systems have well known biological and biomechanical advantages for osteosynthesis. However, as well as these well-known advantages, IMN fixation of the ulna has some limitations. Some important limitations are related to the proximal interlocking of the ulna nail. The location of the PIS itself limits the indications for which intramedullary systems can be selected as an implant for the ulna. The new PIS design, where the PIS is aligned 20°eccentrically to the nail body, allows fixing of fractures even at the level of the olecranon without disturbing the joint. It also allows the eccentrically aligned screw to be inserted in any direction except through the proximal radio-ulnar joint. Taking into consideration our results, we now use a 20° eccentrically aligned PIS for all ulnas. In our results, the angle required to insert the PIS was less than 20° for only one bone. However, 0.7° difference corresponds to placement of the screw only 0.2 mm closer to the articular surface. As we assume 2.0 mm to be a safe distance, a placement of the screw 0.2 mm closer to the articular surface may not produce any clinical symptoms.CONCLUSION: The new PIS may give us the opportunity to interlock IMN without articular damage and confirmation by fluoroscopy if the nail is manufactured with a PIS aligned at a 20.0° fixed angle in relation to the IMN.Fatih Kücükdurmaz Necdet Saglam Ismail Agir Cengiz Sen Fuat Akpinar 2013World Journal of Orthopedics2013,4,3:1
20Simple and reliable procedure for end- to-side microvascular anastomosis: the diamond technique显示文摘Sen C Agir H Iscen D 2006Microsurg2006,26,2:1
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