This app has example models to do both interactive and automated segmentation over radiology (3D) images. Including auto segmentation with the latest deep learning models (e.g., UNet, UNETR) for multiple abdominal organs. Interactive tools include DeepEdit and Deepgrow for actively improving trained...
The paper proposes a robust and efficient model designed for multi-label abdominal organ segmentation, featuring a substantially reduced number of parameters. The model focuses on the effectiveness of edge guidance in segmentation and leverages a 3D-Unet architecture with deep supervision, incorporating ...
Small nerve branches, each containing one large fiber, pass adjacent to the nerve and between the neighboring muscle cells, and a few large fibers pass within the nerve. These large fibers probably originate from the multipolar neurons.Alternate recordings were made from the nervus labialis and ...
3D Balanced SSFP Imaging of Arterial Arrival Time and Perfusion in Abdominal Organs Using Arterial Spin LabelingRobson, PDai, WShankaranarayanan, AAlsop, D