作者
An S. De Vriese,Annick D’Haeninck,Artur Mendes,Augusto Ministro,Dainis Krieviņš,David Kingsmore,Gaspar Mestres,Gonzalo Villanueva,Hugo Rodrigues,Jakub Turek,Maciej Zieliński,Jan De Letter,Andreia Coelho,Luís Loureiro,Matteo Tozzi,Mirko Menegolo,Palma Fariñas Alija,Panagiotis G. Theodoridis,Paul Gibbs,Reze Ebrahimi,Sigi Nauwelaers,Stavros K. Kakkos,Vladimir Matoussevitch,Frans L. Moll,Mauro Gargiulo
摘要
Arteriovenous grafts (AVGs) are used for patients deemed unsuitable for the creation of an autogenous arteriovenous fistula (AVF) or unable to await maturation of the AVF before starting hemodialysis. However, AVGs are prone to infection and thrombosis resulting in low long-term patency rates. The novel aXess Hemodialysis Graft consists of porous polymeric biomaterial allowing the infiltration by cells and the growth of neotissue, while the graft itself is gradually absorbed, ultimately resulting in a fully functional natural blood vessel. The Pivotal Study will examine the long-term effectiveness and safety of the aXess Hemodialysis Graft.