This paper deals with modelling the tissue blood perfusion and focuses on the identification
of the model parameters using the patient-specific data obtained using the standard CT, or …

The paper summarizes our activities in modelling tissue perfusion using a multilevel
approach which is based on information retrievable form CT and micro CT images. We focus …

In CT perfusion imaging (CTP) multiple, consecutive 3D CT scans of an organ are made
during the administration of contrast agent. This results in a 3D movie of the contrast agent …

The paper deals with modeling of blood perfusion and simulation of dynamic CT
investigation. The flow can be characterized at several scales for which different models are …

In this paper, a model-based approach to medical image analysis is presented. It is aimed at
understanding the influence of the physiological (related to tissue) and physical (related to …

The mathematical modelling of 3D blood flow coupled with contrast medium propagation in
patient-specific human vessels ranks among the most computationally-demanding tasks …

Computer simulation of biological systems for in silico validation has the potential of
increasing the efficiency of pharmaceutical research and development by expanding the …

In this paper, we present a two-level physiological model that is able to reflect morphology
and function of vascular networks, in clinical images. Our approach results from the …

Abstract In Europe only, about 100,000 deaths per year are related to cirrhosis or liver
cancer. While surgery remains the option that offers the foremost success rate against such …

The objective of this study is to show how computational modeling can be used to increase
our understanding of liver enhancement in dynamic computer tomography. It relies on two …