Automatic segmentation of abdominal organs in CT scans plays an important role in clinical
practice. However, most existing benchmarks and datasets only focus on segmentation …

Background The essential premise of living donor liver transplantation is the assurance that
the donors will have a complication‐free perioperative course and a prompt recovery …

Imaging Evaluation of the Living Liver Donor: A Systems-Based Approach - Radiologic Clinics
Skip to Main Content Advertisement Radiologic Clinics Log in Register Log in Subscribe Claim …

Liver transplantation is a highly complex and challenging field of clinical practice. Although it
was originally developed in western countries, it has been further advanced in Asian …

Purpose Although many deep learning-based abdominal multi-organ segmentation
networks have been proposed, the various intensity distributions and organ shapes of the …

Decades of experience supports LDLT as a favorable strategy to reduce waitlist mortality.
The multiple regenerative pathways of hepatocytes and other hepatic cells justify the …

Multi-organ segmentation is a fundamental task and existing approaches usually rely on
large-scale fully-labeled images for training. However, data privacy and incomplete/partial …

Objectives To assess the ability of four-dimensional (4D) flow MRI to measure hepatic
arterial hemodynamics by determining the effects of spatial resolution and respiratory motion …

Background Preoperative imaging evaluation of liver volume and hepatic steatosis for the
donor affects transplantation outcomes. However, computed tomography (CT) for liver …

The shortage of deceased liver donor organs over the years has always posed the need to
expand the donor pool. A viable alternative to deceased donors is that of the living donor …