In situ bypass and extra-anatomic bypass procedures result in similar survival in patients with secondary aortoenteric fistulas

Janko, Matthew R.; Woo, Karen; Hacker, Robert I.; Baril, Donald T; Bath, Jonathan; Smeds, Matthew R; Kashyap, Vikram S; Szeberin, Zoltan; Magee, Gregory A.; Elsayed, Ramsey; Wishy, Andrew; St. John, Rebecca; Beck, Adam; Farber, Mark; Motta, Fernando Prestes; Zhou, Wei; Lemmon, Gary; Coleman, Dawn; Behrendt, Christian-Alexander; Aziz, Faisal; Black, James; Shutze, William P; Garrett, H Edward; De Caridi, Giovanni; Liapis, Christos D.; Geroulakos, George; Kakisis, John D; Moulakakis, Konstantinos; Kakkos, Stavros K.; Obara, Hideaki; Wang, Grace Huiqi; Rhéaume, Pascal; Davila, Victor R.; Ravin, Reid A; DeMartino, Randall R; Milner, Ross; Shalhub, Sherene; Jim, Jeffrey; Lee, Jason; Dubuis, Céline; Ricco, Jean-Baptiste; Coselli, Joseph S.; LeMaire, Scott A.; Fatima, Javairiah; Sanford, Jennifer; Yoshida, Winston Bonneti; Schermerhorn, Marc L; Menard, Matthew M.; Belkin, Michael; Blackwood, Stuart; Conrad, Mark; Wang, Linda.; Crofts, Sara; Nixon, Thomas; Wu, Timothy; Chiesa, Roberto; Bose, Saideep; Turner, Jason L.; Moore, Ryan; Smith, Justin; Ciocca, Rocco G.; Hsu, Jeffrey; Czerny, Martin; Cullen, Jonathan C.T.; Kahlberg, Andrea; Setacci, Carlo; Joh, Jin Hyun; Senneville, Eric; Garrido, Pedro; Sarac, Timur P; Rizzo, Anthony; Go, Michael R; Bjorck, Martin; Gavali, Hamid; Wanhainen, Anders; Lawrence, Peter F; Chung, Jayer

doi:10.1016/j.jvs.2020.04.515

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In situ bypass and extra-anatomic bypass procedures result in similar survival in patients with secondary aortoenteric fistulas

Author(s): Matthew R. Janko , Karen Woo , Robert I. Hacker , Donald Baril , Jonathan Bath , Matthew R. Smeds , Vikram S. Kashyap , Zoltan Szeberin , Gregory A. Magee , Ramsey Elsayed , Andrew Wishy , Rebecca St. John , Adam Beck , Mark Farber , Fernando Motta , Wei Zhou , Gary Lemmon , Dawn Coleman , Christian-Alexander Behrendt , Faisal Aziz , James Black , William Shutze , H. Edward Garrett , Giovanni De Caridi , Christos D. Liapis , George Geroulakos , John Kakisis , Konstantinos Moulakakis , Stavros K. Kakkos , Hideaki Obara , Grace Wang , Pascal Rhéaume , Victor Davila , Reid Ravin , Randall DeMartino , Ross Milner , Sherene Shalhub , Jeffrey Jim , Jason Lee , Celine Dubuis , Jean-Baptiste Ricco , Joseph Coselli , Scott Lemaire , Javairiah Fatima , Jennifer Sanford , Winston Yoshida , Marc L. Schermerhorn , Matthew Menard , Michael Belkin , Stuart Blackwood , Mark Conrad , Linda Wang , Sara Crofts , Thomas Nixon , Timothy Wu , Roberto Chiesa , Saideep Bose , Jason Turner , Ryan Moore , Justin Smith , Rocco Ciocca , Jeffrey Hsu , Martin Czerny , Jonathan Cullen , Andrea Kahlberg , Carlo Setacci , Jin Hyun Joh , Eric Senneville , Pedro Garrido , Timur P. Sarac , Anthony Rizzo , Michael R. Go , Martin Bjorck , Hamid Gavali , Anders Wanhainen , Peter F. Lawrence , Jayer Chung

Publication date Created: January 2021

Publication date (Print): January 2021

Journal: Journal of Vascular Surgery

Publisher: Elsevier BV

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Research electronic data capture (REDCap)--a metadata-driven methodology and workflow process for providing translational research informatics support.

Paul A Harris, Robert Taylor, Robert Thielke … (2009)

Research electronic data capture (REDCap) is a novel workflow methodology and software solution designed for rapid development and deployment of electronic data capture tools to support clinical and translational research. We present: (1) a brief description of the REDCap metadata-driven software toolset; (2) detail concerning the capture and use of study-related metadata from scientific research teams; (3) measures of impact for REDCap; (4) details concerning a consortium network of domestic and international institutions collaborating on the project; and (5) strengths and limitations of the REDCap system. REDCap is currently supporting 286 translational research projects in a growing collaborative network including 27 active partner institutions.