Refinement of Vascular Access Port Placement in Nonhuman Primates: Complication Rates and Outcomes

Graham; Melanie L; nbsp; Mutch; Lucas A; nbsp; Rieke; Eric F; nbsp; Dunning; Michele; nbsp; Zolondek; Elizabeth K; nbsp; Faig; Aaron W; nbsp; Hering; Bernhard J; nbsp; Schuurman; Henk-Jan

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Refinement of Vascular Access Port Placement in Nonhuman Primates: Complication Rates and Outcomes

机译：在非人类灵长类动物中完善血管通路的位置：并发症发生率和结果。

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Chronicvascularaccessisoftenneededinexperimentalanimalstudies,andvascularaccessports(VAP)havebeenproposedasanalternativetoconventionalvenipuncture.WepreviouslyreportedonVAPimplantationbyusingfemoralvenouscutdown(FVC)andtunneling.InanattempttodecreasethemoderatecomplicationsassociatedwiththeFVCmethod,wedevelopedthesingle-incision,peripheral-insertion(SIPI)method.Inaretrospectiveevaluation,92FVCprocedureswerecomparedwith113SIPIproceduresincynomolgusandrhesusmacaquesandbaboonswithasmuchas2.5yoffollow-up.TherateofcomplicationswassignificantlylowerfortheSIPImethodthanfortheFVCmethod(19.4%versus33.7%),particularlyinregardtoinfectiouscomplications(8.0%versus27.3%,respectively).Inaddition,VAPpatencyforbloodsamplingandfluidinfusionwassignificantlybetterfortheSIPImethodthanfortheFVCmethod,with1-ypatencyrateof83%and46%,respectively,and2-ypatencyrateof74%and36%,respectively.AdditionaladvantagesoftheSIPImethodincludethesimplifiedimplantationoftheVAPandaccessinthehomecagewithoutanysedationorrestraintafterappropriatetrainingofanimalstocooperate.WeconcludethattheSIPImethodpresentsanopportunityforrefinementandissuperiortotheFVCmethodforchronicvascularaccess.

机译：Chronicvascularaccessisoftenneededinexperimentalanimalstudies，andvascularaccessports（VAP）havebeenproposedasanalternativetoconventionalvenipuncture.WepreviouslyreportedonVAPimplantationbyusingfemoralvenouscutdown（FVC）andtunneling.InanattempttodecreasethemoderatecomplicationsassociatedwiththeFVCmethod，wedevelopedthesingle切口，外围插入（SIPI）method.Inaretrospectiveevaluation，92FVCprocedureswerecomparedwith113SIPIproceduresincynomolgusandrhesusmacaquesandbaboonswithasmuchas2.5yoffollow-up.TherateofcomplicationswassignificantlylowerfortheSIPImethodthanfortheFVCmethod（19.4％versus33.7％），particularlyinregardtoinfectiouscomplications（8.0％相比之下，分别用于FPI方法的SIPI方法的血样和流体注入的VAP专利权明显要好于FVC方法，分别为1％的通行率分别为83％和46％，而2种无效率则与SIVC的方法相同。我们认为，SIPI方法提供了改进的机会，并且优于FVC方法的长期血管通路。

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《Comparative Medicine》 |2010年第6期|共页
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Graham; Melanie L; nbsp; Mutch; Lucas A; nbsp; Rieke; Eric F; nbsp; Dunning; Michele; nbsp; Zolondek; Elizabeth K; nbsp; Faig; Aaron W; nbsp; Hering; Bernhard J; nbsp; Schuurman; Henk-Jan;
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中图分类畜牧、动物医学、狩猎、蚕、蜂;
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1. Refinement of Vascular Access Port Placement in Nonhuman Primates: Complication Rates and Outcomes [J] . Graham Melanie L., Mutch Lucas A., Rieke Eric F., Comparative Medicine . 2010,第6期

机译：在非人类灵长类动物中完善血管通路的位置：并发症发生率和结果。
2. Long-Term Management of Vascular Access Ports in Nonhuman Primates Used in Preclinical Efficacy and Tolerability Studies [J] . Journal of investigative surgery: The official journal of the Academy of Surgical Research . 2020,第6期

机译：非人底灵长类动物血管接入口的长期管理，用于临床前疗效和耐受性研究
3. A novel alternative placement site and technique for totally implantable vascular access ports in non-human primates [J] . Melanie L. Graham, Eric F. Rieke, Michele Dunning, Journal of medical primatology . 2009,第3期

机译：一种用于非人灵长类动物中完全植入性血管通路的新型替代性放置部位和技术
4. Image-guided Intracranial Cannula Placement for Awake In Vivo Microdialysis in Nonhuman Primates [C] . Antong Chen, Ashleigh Bone, Catherine D. G. Hines, Conference on imaging-guided procedures, robotic interventions, and modeling . 2016

机译：图像引导颅内插管放置在非人类灵长类动物体内进行微透析的清醒状态
5. The Impact of Cannulation on the Development of Complications in Vascular Access for Hemodialysis: The Emerging Role of Real-time Imaging [D] . Marticorena, Rosa Myrna E. 2019

机译：插管的影响对血液透析的血管通便并发症的影响：实时成像的新兴作用
6. Refinement of Vascular Access Port Placement in Nonhuman Primates: Complication Rates and Outcomes [O] . Melanie L Graham, Lucas A Mutch, Eric F Rieke, 2010

机译：在非人类灵长类动物中完善血管通路的位置：并发症发生率和结果。
7. Vascularized Bone Marrow-Based Immunosuppression Inhibits Rejection of Vascularized Composite Allografts in Nonhuman Primates [O] . R. N. Barth, E. D. Rodriguez, G. S. Mundinger, 2011

机译：基于血管化的骨髓免疫抑制抑制非人的血管化复合同种异体移植物的抑制

Refinement of Vascular Access Port Placement in Nonhuman Primates: Complication Rates and Outcomes

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