Research Explorer

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Geert Peeters

Prijzen & Erkenningen

20 Resultaten

2018

Closed-loop lumped parameter modelling of hemodynamics during cirrhogenesis in rats

Chloe AudebertGeert PeetersPatrick SegersWim LalemanDiethard MonbaliuHannelie KorfJonel TrebickaIrene Vignon-ClementelCharlotte Debbaut

A1 Artikel in een tijdschrift in IEEE TRANSACTIONS ON BIOMEDICAL ENGINEERING

Quantitative analysis of hepatic macro- and microvascular alterations during cirrhogenesis in the rat

Geert PeetersCharlotte DebbautAdrian FriebelPieter CornillieWinnok De VosKasper FavereIngrid Vander ElstTim VandecasteeleTim JohannLuc Van Hoorebeke et al.

A1 Artikel in een tijdschrift in JOURNAL OF ANATOMY

2017

A multilevel framework to reconstruct anatomical 3D models of the hepatic vasculature in rat livers

Geert PeetersCharlotte DebbautWim LalemanDiethard MonbaliuIngrid Vander ElstJan R. DetrezTim VandecasteeleThomas De SchryverLuc Van HoorebekeKasper Favere et al.

A1 Artikel in een tijdschrift in JOURNAL OF ANATOMY

Modelling the degenerative adaptation of the liver vasculature and perfusion in Cirrhosis

Geert PeetersPatrick SegersCharlotte DebbautWim Laleman

Multi-level modelling of angioarchitectural alterations during liver cirrhogenesis in rats

Charlotte DebbautGeert PeetersDiethard MonbaliuWim LalemanPatrick Segers

Vascular morphology alterations during liver cirrhogenesis in rats

Geert PeetersCharlotte DebbautWinnok De VosPieter CornillieThomas De SchryverDiethard MonbaliuWim LalemanPatrick Segers

2016

A multilevel framework to reconstruct anatomical 3D models of the hepatic vasculature in rat livers

Geert PeetersCharlotte DebbautWim LalemanDiethard MonbaliuJan R DetrezTim VandecasteeleThomas De SchryverKasper FavereJonas VerbekePieter Cornillie et al.

A multilevel framework to study the adaptive vascular morphology during liver cirrhogenesis

Geert PeetersCharlotte DebbautPascal VerdonckWim LalemanPatrick Segers

A multilevel framework to study the altering hepatic circulation in cirrhotic rats

Geert PeetersCharlotte DebbautPieter CornillieWinnok De VosThomas De SchryverDiethard MonbaliuWim LalemanPatrick Segers

A multiscale framework for studying vascular morphology alterations during liver cirrhogenesis : a feasibility study

Geert PeetersCharlotte DebbautWinnok De VosPieter CornillieJan DetrezTim VandecasteeleThomas De SchryverDiethard MonbaliuWim LalemanPatrick Segers

Automated 3D reconstruction of the normal and cirrhotic rat hepatic microvasculature using confocal microscopy: a feasibility study

Geert PeetersCharlotte DebbautJan DetrezWinnok De VosDiethard MonbaliuWim LalemanPatrick Segers

Imaging and modeling the blood circulation through the liver and kidney

Charlotte DebbautDiethard MonbaliuGeert PeetersPatrick Segers

2015

A multilevel modeling framework to study hepatic perfusion characteristics in case of liver cirrhosis

Geert PeetersCharlotte DebbautPieter CornillieThomas De SchryverDiethard MonbaliuWim LalemanPatrick Segers

A1 Artikel in een tijdschrift in JOURNAL OF BIOMECHANICAL ENGINEERING-TRANSACTIONS OF THE ASME

Automated 3D reconstruction of the normal and cirrhotic rat hepatic microcirculation using confocal microscopy: a feasibility study

Geert PeetersCharlotte DebbautJan DetrezWinnok De VosDiethard MonbaliuWim LalemanPatrick Segers

Multi-level modelling of hepatic perfusion using vascular corrosion casting and µCT imaging

Geert PeetersCharlotte DebbautPieter CornillieThomas De SchryverDiethard MonbaliuWim LalemanPatrick Segers

2014

A multi-level computational model to characterize the hepatic circulation in human cirrhosis

Geert PeetersCharlotte DebbautPieter CornillieElin PauwelsDiethard MonbaliuWim LalemanPatrick Segers

A multi-level numerical model to assess the hepatic circulation in case of human cirrhosis

Geert PeetersCharlotte DebbautPieter CornillieThomas De SchryverDiethard MonbaliuWim LalemanPatrick Segers

A multiscale model to assess the perfusion in human cirrhosis

Geert PeetersCharlotte DebbautPieter CornillieWim LalemanPatrick Segers

Numerical simulations to characterize the hepatic microcirculation in human cirrhosis

Geert PeetersCharlotte DebbautPieter CornillieManuel DierickDiethard MonbaliuPatrick Segers

2013

Numerical simulations to characterize the hepatic microcirculation in human cirrhosis

Geert PeetersCharlotte DebbautPieter CornillieManuel DierickDiethard MonbaliuPatrick Segers