3D Slicer

Step 1: Load lung CT scan into 3D Slicer.

Step 2: Use LungCTAnalyzer extension for automated lung segmentation.

Step 3: Quantify lung volumes and densities.

Step 4: Visualize results and generate reports.

Step 1: Load breast MRI or CT scan into 3D Slicer.

Step 2: Segment the tumor and surrounding tissues using Segment Editor.

Step 3: Plan the surgical approach and define target margins.

Step 4: Use 3D Slicer during surgery for real-time navigation.

Step 1: Acquire high-resolution anatomical images (e.g., MRI, CT).

Step 2: Segment different anatomical structures using Segment Editor.

Step 3: Refine segmentations and create 3D models.

Step 4: Generate interactive 3D atlas with annotations.

Step 1: Load Diffusion Weighted Imaging (DWI) data.

Step 2: Use UKFTractography module to compute fiber tracts.

Step 3: Visualize fiber tracts in 3D.

Step 4: Analyze fiber tract properties and connectivity.

Step 1: Import DICOM RT data into 3D Slicer using SlicerRT extension.

Step 2: Visualize and analyze the treatment plan.

Step 3: Adapt the treatment plan based on patient anatomy changes.

Step 4: Export the modified treatment plan for delivery.