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Nationwide Study to Predict Colonic Ischemia after Abdominal Aortic Aneurysm Repair in The Netherlands

Authors :
Saskia Irene Willemsen
Martijn Geert ten Berge
Randolph George Statius van Eps
Hugo Thomas Christian Veger
Hans van Overhagen
Lukas Carolus van Dijk
Hein Putter
Jan Jacob Wever
L.H. Van den Akker
P.J. Van den Akker
G.J. Akkersdijk
G.P. Akkersdijk
W.L. Akkersdijk
M.G. van Andringa de Kempenaer
C.H. Arts
J.A. Avontuur
J.G. Baal
O.J. Bakker
R. Balm
W.B. Barendregt
M.H. Bender
B.L. Bendermacher
M. van den Berg
P. Berger
R.J. Beuk
J.D. Blankensteijn
R.J. Bleker
J.H. Bockel
M.E. Bodegom
K.E. Bogt
A.P. Boll
M.H. Booster
B.L. Borger van der Burg
G.J. de Borst
W.T. Bos-van Rossum
J. Bosma
J.M. Botman
L.H. Bouwman
J.C. Breek
V. Brehm
M.J. Brinckman
T.H. van den Broek
H.L. Brom
M.T. de Bruijn
J.L. de Bruin
P. Brummel
J.P. van Brussel
S.E. Buijk
M.G. Buimer
D.H. Burger
H.C. Buscher
G. den Butter
E. Cancrinus
P.H. Castenmiller
G. Cazander
H.M. Coveliers
P.H. Cuypers
J.H. Daemen
I. Dawson
A.F. Derom
A.R. Dijkema
J. Diks
M.K. Dinkelman
M. Dirven
D.E. Dolmans
R.C. van Doorn
L.M. van Dortmont
M.M. van der Eb
D. Eefting
G.J. van Eijck
J.W. Elshof
B.H. Elsman
A. van der Elst
M.I. van Engeland
R.G. van Eps
M.J. Faber
W.M. de Fijter
B. Fioole
W.M. Fritschy
R.H. Geelkerken
W.B. van Gent
G.J. Glade
B. Govaert
R.P. Groenendijk
H.G. de Groot
R.F. van den Haak
E.F. de Haan
G.F. Hajer
J.F. Hamming
E.S. van Hattum
C.E. Hazenberg
P.P. Hedeman Joosten
J.N. Helleman
L.G. van der Hem
J.M. Hendriks
J.A. van Herwaarden
J.M. Heyligers
J.W. Hinnen
R.J. Hissink
G.H. Ho
P.T. den Hoed
M.T. Hoedt
F. van Hoek
R. Hoencamp
W.H. Hoffmann
A.W. Hoksbergen
E.J. Hollander
L.C. Huisman
R.G. Hulsebos
K.M. Huntjens
M.M. Idu
M.J. Jacobs
M.F. van der Jagt
J.R. Jansbeken
R.J. Janssen
H.H. Jiang
S.C. de Jong
V. Jongkind
M.R. Kapma
B.P. Keller
A. Khodadade Jahrome
J.K. Kievit
P.L. Klemm
P. Klinkert
B. Knippenberg
N.A. Koedam
M.J. Koelemaij
J.L. Kolkert
G.G. Koning
O.H. Koning
A.G. Krasznai
R.M. Krol
R.H. Kropman
R.R. Kruse
L. van der Laan
M.J. van der Laan
J.H. van Laanen
J.H. Lardenoye
J.A. Lawson
D.A. Legemate
V.J. Leijdekkers
M.S. Lemson
M.M. Lensvelt
M.A. Lijkwan
R.C. Lind
F.T. van der Linden
P.F. Liqui Lung
M.J. Loos
M.C. Loubert
D.E. Mahmoud
C.G. Manshanden
E.C. Mattens
R. Meerwaldt
B.M. Mees
R. Metz
R.C. Minnee
J.C. de Mol van Otterloo
F.L. Moll
Y.C. Montauban van Swijndregt
M.J. Morak
R.H. van de Mortel
W. Mulder
S.K. Nagesser
C.C. Naves
J.H. Nederhoed
A.M. Nevenzel-Putters
A.J. de Nie
D.H. Nieuwenhuis
J. Nieuwenhuizen
R.C. van Nieuwenhuizen
D. Nio
A.P. Oomen
B.I. Oranen
J. Oskam
H.W. Palamba
A.G. Peppelenbosch
A.S. van Petersen
T.F. Peterson
B.J. Petri
M.E. Pierie
A.J. Ploeg
R.A. Pol
E.D. Ponfoort
P.P. Poyck
A. Prent
S. ten Raa
J.T. Raymakers
M. Reichart
B.L. Reichmann
M.M. Reijnen
A. Rijbroek
M.J. van Rijn
R.A. de Roo
E.V. Rouwet
C.G. Rupert
B.R. Saleem
M.R. van Sambeek
M.G. Samyn
H.P. van’t Sant
J. van Schaik
P.M. van Schaik
D.M. Scharn
M.R. Scheltinga
A. Schepers
P.M. Schlejen
F.J. Schlosser
F.P. Schol
O. Schouten
M.H. Schreinemacher
M.A. Schreve
G.W. Schurink
C.J. Sikkink
M.P. Siroen
A. te Slaa
H.J. Smeets
L. Smeets
A.A. de Smet
P. de Smit
P.C. Smit
T.M. Smits
M.G. Snoeijs
A.O. Sondakh
T.J. van der Steenhoven
S.M. van Sterkenburg
D.A. Stigter
H. Stigter
R.P. Strating
G.N. Stultiëns
J.E. Sybrandy
J.A. Teijink
B.J. Telgenkamp
M.J. Testroote
R.M. The
W.J. Thijsse
I.F. Tielliu
R.B. van Tongeren
R.J. Toorop
J.H. Tordoir
E. Tournoij
M. Truijers
K. Türkcan
R.P. Tutein Nolthenius
Ç. Ünlü
A.A. Vafi
A.C. Vahl
E.J. Veen
H.T. Veger
M.G. Veldman
H.J. Verhagen
B.A. Verhoeven
C.F. Vermeulen
E.G. Vermeulen
B.P. Vierhout
M.J. Visser
J.A. van der Vliet
C.J. Vlijmen-van Keulen
H.G. Voesten
R. Voorhoeve
A.W. Vos
B. de Vos
G.A. Vos
B.H. Vriens
P.W. Vriens
A.C. de Vries
J.P. de Vries
M. de Vries
C. van der Waal
E.J. Waasdorp
B.M. Wallis de Vries
L.A. van Walraven
J.L. van Wanroij
M.C. Warlé
V. van Weel
A.M. van Well
G.M. Welten
R.J. Welten
J.J. Wever
A.M. Wiersema
O.R. Wikkeling
W.I. Willaert
J. Wille
M.C. Willems
E.M. Willigendael
W. Wisselink
M.E. Witte
C.H. Wittens
I.C. Wolf-de Jonge
O. Yazar
C.J. Zeebregts
M.L. van Zeeland
TechMed Centre
Multi-Modality Medical Imaging
Technical Medicine
Surgery
ACS - Atherosclerosis & ischemic syndromes
Medical Biochemistry
ACS - Diabetes & metabolism
Amsterdam Gastroenterology Endocrinology Metabolism
APH - Methodology
APH - Quality of Care
Source :
Annals of Vascular Surgery, 73, 407-416, Annals of vascular surgery, 73, 407-416. Elsevier, Annals of vascular surgery, 73, 407-416. ELSEVIER SCIENCE INC, Annals of vascular surgery, 73, 407-416. Elsevier Inc., Annals of Vascular Surgery, 73, 407-416. ELSEVIER SCIENCE INC, Annals of Vascular Surgery, 73, pp. 407-416
Publication Year :
2021

Abstract

BACKGROUND: Colonic ischemia remains a severe complication after abdominal aortic aneurysm (AAA) repair and is associated with a high mortality. With open repair being one of the main risk factors of colonic ischemia, deciding between endovascular or open aneurysm repair should be based on tailor-made medicine. This study aims to identify high-risk patients of colonic ischemia, a risk that can be taken into account while deciding on AAA treatment strategy.METHODS: A nationwide population-based cohort study of 9,433 patients who underwent an AAA operation between 2014 and 2016 was conducted. Potential risk factors were determined by reviewing prior studies and univariate analysis. With logistic regression analysis, independent predictors of intestinal ischemia were established. These variables were used to form a prediction model.RESULTS: Intestinal ischemia occurred in 267 patients (2.8%). Occurrence of intestinal ischemia was seen significantly more in open repair versus endovascular aneurysm repair (7.6% vs. 0.9%; P < 0.001). This difference remained significant after stratification by urgency of the procedure, in both intact open (4.2% vs. 0.4%; P < 0.001) and ruptured open repair (15.0% vs. 6.2%); P < 0.001). Rupture of the AAA was the most important predictor of developing intestinal ischemia (odds ratio [OR], 5.9, 95% confidence interval [CI] 4.4-8.0), followed by having a suprarenal AAA (OR 3.4; CI 1.1-10.6). Associated procedural factors were open repair (OR 2.8; 95% CI 1.9-4.2), blood loss >1L (OR 3.6; 95% CI 1.7-7.5), and prolonged operating time (OR 2.0; 95% CI 1.4-2.8). Patient characteristics included having peripheral arterial disease (OR 2.4; 95% CI 1.3-4.4), female gender (OR 1.7; 95% CI 1.2-2.4), renal insufficiency (OR 1.7; 1.3-2.2), and pulmonary history (OR 1.6; 95% CI 1.2-2.2). Age CONCLUSIONS: One of the main risk factors is open repair. Several other risk factors can contribute to developing colonic ischemia after AAA repair. The proposed prediction model can be used to identify patients at high risk for developing colonic ischemia. With the current trend in AAA repair leaning toward open repair for better long-term results, our prediction model allows a better informed decision can be made in AAA treatment strategy.

Details

ISSN :
08905096
Database :
OpenAIRE
Journal :
Annals of Vascular Surgery, 73, 407-416, Annals of vascular surgery, 73, 407-416. Elsevier, Annals of vascular surgery, 73, 407-416. ELSEVIER SCIENCE INC, Annals of vascular surgery, 73, 407-416. Elsevier Inc., Annals of Vascular Surgery, 73, 407-416. ELSEVIER SCIENCE INC, Annals of Vascular Surgery, 73, pp. 407-416
Accession number :
edsair.doi.dedup.....356f382df9d66f1a633068a8e74570ac