<p>Based on an in vivo micro-CT scan (<i>a</i>) of a mouse, vascular structures (<i>b</i>) in the liver are segmented and skeletonized. The supplying and draining vascular systems (SVS and DVS) are shown in red and blue, respectively. Furthermore, the liver is segmented and decomposed in lobes shown in different colors in (<i>c</i>). An algorithmic procedure is used to determine physiological vascular structures (<i>d</i>) with the desired level of detail, in our case leaf nodes (end points) for each of the two trees are used.</p
A proper geometric model of the vascular systems in the liver is crucial for modeling blood flow, th...
A proper geometric model of the vascular systems in the liver is crucial for modeling blood flow, th...
Various murine models are currently used to study acute and chronic pathological processes of the li...
<div><p>Non-bone <i>in vivo</i> micro-CT imaging has many potential applications for preclinical eva...
The intra-hepatic vascular anatomy in rodents, its variations and corresponding supplying and draini...
The vasculature of body tissues is continuously subject to remodeling processes originating at the m...
The vasculature of body tissues is continuously subject to remodeling processes originating at the m...
The intra-hepatic vascular anatomy in rodents, its variations and corresponding supplying and draini...
The vasculature of body tissues is continuously subject to remodeling processes originating at the m...
The methodology of visualization of soft tissue is in biology and medicine a topic for many years. D...
Image-based analysis of the vascular structures of murine liver samples is an important tool for sci...
Physiologically realistic geometric models of the vasculature in the liver are indispensable for mod...
Background: The need for precise experimental surgical procedures parallels the development of clini...
University of Minnesota Ph.D. dissertation. July 2013. Major:Biomedical informatics and computationa...
We applied micro-CT imaging to arterial trees in rodent lungs. Morphometric features derived from th...
A proper geometric model of the vascular systems in the liver is crucial for modeling blood flow, th...
A proper geometric model of the vascular systems in the liver is crucial for modeling blood flow, th...
Various murine models are currently used to study acute and chronic pathological processes of the li...
<div><p>Non-bone <i>in vivo</i> micro-CT imaging has many potential applications for preclinical eva...
The intra-hepatic vascular anatomy in rodents, its variations and corresponding supplying and draini...
The vasculature of body tissues is continuously subject to remodeling processes originating at the m...
The vasculature of body tissues is continuously subject to remodeling processes originating at the m...
The intra-hepatic vascular anatomy in rodents, its variations and corresponding supplying and draini...
The vasculature of body tissues is continuously subject to remodeling processes originating at the m...
The methodology of visualization of soft tissue is in biology and medicine a topic for many years. D...
Image-based analysis of the vascular structures of murine liver samples is an important tool for sci...
Physiologically realistic geometric models of the vasculature in the liver are indispensable for mod...
Background: The need for precise experimental surgical procedures parallels the development of clini...
University of Minnesota Ph.D. dissertation. July 2013. Major:Biomedical informatics and computationa...
We applied micro-CT imaging to arterial trees in rodent lungs. Morphometric features derived from th...
A proper geometric model of the vascular systems in the liver is crucial for modeling blood flow, th...
A proper geometric model of the vascular systems in the liver is crucial for modeling blood flow, th...
Various murine models are currently used to study acute and chronic pathological processes of the li...