Automated segmentation and analysis of tree-like structures from 3D medical images are
important for many medical applications, such as those dealing with blood vasculature or …

Mimicking angiogenetic processes in vascular territories acquires importance in the analysis
of the multi-scale circulatory cascade and the coupling between blood flow and cell function …

90Y resin and glass microsphere liver radioembolizations delivering lobar doses of 70 and
120 Gy, respectively, display hepatic toxicity similar to 40-Gy fractionated external-beam …

This paper demonstrates the essential and efficient methods to design, and fabricate optimal
vascular network for tissue engineering structures based on their physiological conditions …

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 …

Optimal treatment planning for radioembolization of hepatic cancers produces sufficient
dose to tumors for control and dose to normal liver parenchyma that is below the threshold …

The methods developed in recent years for synthesising an ocular fundus can be been
divided into two main categories. The first category of methods involves the development of …

In this paper, we develop a spatio-temporal modeling approach to describe blood and drug
flow, as well as drug uptake and elimination, on an approximation of the liver. Extending on …

In vitro biomedical engineering of intact, functional vascular networks, which include
capillary structures, is a prerequisite for adequate vascular scaffold production. Capillary …

Background In silico testing of novel image reconstruction and quantitative algorithms
designed for interventional imaging requires realistic high‐resolution modeling of arterial …