The journal of vascular access
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This paper presents an overview of the project carried out by the Vascular Access (VA) Working Group of the Italian Society of Nephrology with the aim of developing 4 position papers at the national level on how to choose, use, and implant the different, possible types of vascular access. The topics of the project are: 1) recommendations on the use of prosthetic arteriovenous fistulas for vascular access in hemodialysis, 2) recommendations on the use of venous catheters for hemodialysis, 3) infections induced by a venous catheter for hemodialysis, and 4) how to create and maintain a vascular access for hemodialysis. This paper also gives an explanation of the difficulties existing in Italy in the implementation of international guidelines, mostly due to significant differences in the procedures for the creation of VA, compared with the countries where most of the literature on the subject has been published. ⋯ The working method used to gather the opinions of the various experts is described. The final target is to provide clinicians interested in VA with updated documents on selected topics. Such documents will be updated periodically, and they will present a thorough overview of expert opinions.
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Hemodialysis-catheter dysfunction is a common clinical condition in nephrology. Like other central venous devices, hemodialysis-catheters show a disposition for partial or complete thrombotic obstruction and fibrin sleeve formation. ⋯ Those approaches show extremely variable results with mediocre long-term patency rates. Therefore, catheter-avoiding strategies should be considered in detail and AV-fistula creation preferred.
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The VenaTrac™ is designed for exchange and primary placement of chronic tunneled hemodialysis catheters over a wire. It occludes both lumens of the catheter for the purpose of reducing the risk of air embolism and blood loss. The purpose of this paper is to report our experience with the use of this device. ⋯ VenaTrac™ over-the-wire insertion device demonstrated safe and reliable use with no incidence of air embolism.
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Central venous catheters (CVCs) are widely used to create a temporary or long-term access to the central venous system. A variety of treatments require a functional central venous access, including hemodialysis, administration of drugs, plasmapheresis and parenteral nutrition. The aim of this study was to evaluate the results of CVC placement performed by surgical trainees, according to a strict protocol of ultrasound-guided puncture and fluoroscopy-guided catheter insertion in a large teaching hospital in an outpatient setting. ⋯ CVC placement by surgical trainees is a safe procedure when using a strict protocol of ultrasound-guided vessel puncture and fluoroscopic-guided catheter placement.