(a) Schematic representation of the hepatic lobules. They consist of plates of hepatocytes, and sinusoids radiating from a central vein interconnected with the interlobular portal triads: the hepatic artery (red), the portal vein (blue), and the common bile duct (green). (b) computational model of the liver parenchyma in which we can observe the blood vessel architecture. (c) Heat map of the oxygen diffusion in the liver microenvironment. Blue dotted lines were drawn just as a guide to the eye.</p
The intricate (micro)vascular architecture of the liver has not yet been fully unravelled. Although ...
Two criteria determine if a liver lobule representation is appropriate: Precision of describing micr...
The intricate (micro)vascular architecture of the liver has not yet been fully unravelled. Although ...
Representations of the liver as BOX (A), PIPE (B), or NET (C) models. BOX models represent liver as ...
The human liver is divided grossly into four parts or lobes. The four lobes are the right lobe, the ...
<p>The homogenized hepatic space HHS is supplied and drained by the supplying vascular systems SVS a...
<p>Red represents the vasculature and blue represents the tissue space. (a) The entire liver (mostly...
Background. Hepatic perfusion plays a crucial role in liver transplantation strategies, for example,...
<p>The image shows a visualization of a human liver shape including algorithmically refined vascular...
Background. Hepatic perfusion plays a crucial role in liver transplantation strategies, for example,...
Three classic schematics of the liver lobule are; central vein (CV)-centered, portal triads (PT)-cen...
Blood flow in the liver has several unique features compared with other organs in the body. The live...
The intricate (micro) vascular architecture of the liver has not yet been fully unravelled. Although...
The intricate (micro) vascular architecture of the liver has not yet been fully unravelled. Although...
<p>(A) The lobule cross section as represented displays an apparent elementary symmetry essential fo...
The intricate (micro)vascular architecture of the liver has not yet been fully unravelled. Although ...
Two criteria determine if a liver lobule representation is appropriate: Precision of describing micr...
The intricate (micro)vascular architecture of the liver has not yet been fully unravelled. Although ...
Representations of the liver as BOX (A), PIPE (B), or NET (C) models. BOX models represent liver as ...
The human liver is divided grossly into four parts or lobes. The four lobes are the right lobe, the ...
<p>The homogenized hepatic space HHS is supplied and drained by the supplying vascular systems SVS a...
<p>Red represents the vasculature and blue represents the tissue space. (a) The entire liver (mostly...
Background. Hepatic perfusion plays a crucial role in liver transplantation strategies, for example,...
<p>The image shows a visualization of a human liver shape including algorithmically refined vascular...
Background. Hepatic perfusion plays a crucial role in liver transplantation strategies, for example,...
Three classic schematics of the liver lobule are; central vein (CV)-centered, portal triads (PT)-cen...
Blood flow in the liver has several unique features compared with other organs in the body. The live...
The intricate (micro) vascular architecture of the liver has not yet been fully unravelled. Although...
The intricate (micro) vascular architecture of the liver has not yet been fully unravelled. Although...
<p>(A) The lobule cross section as represented displays an apparent elementary symmetry essential fo...
The intricate (micro)vascular architecture of the liver has not yet been fully unravelled. Although ...
Two criteria determine if a liver lobule representation is appropriate: Precision of describing micr...
The intricate (micro)vascular architecture of the liver has not yet been fully unravelled. Although ...