3D Slicer extension for liver analysis and therapy planning
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Updated
Aug 21, 2026 - Python
3D Slicer extension for liver analysis and therapy planning
Mobile Augmented Reality for Cardiovascular Surgical Planning
An open-source pelvis atlas is constructed to provide pelvis CT segmentations, statistical shape models, and surgical screw trajectories
An augmented reality surgical navigation application developed with Unity.
Facial surgery prediction from a single photo today, 3D reconstruction from phone video tomorrow. Diffusion-based, open-source, clinically aware. MICCAI 2026.
VoxelSage turns CT scans into actionable 3D insights—automatically segmenting anatomy, quantifying tumors and vessels, generating structured reports, and powering agent-guided surgical analysis.
MODELAR: MODular and EvaLuative framework to improve surgical Augmented Reality visualization
Depth-conditioned diffusion inpainting for facial surgery outcome prediction. Zero training required. Currently in closed testing.
MedPlanning2.0 , MedPlanning is an advanced medical image processing and surgical planning software.
Microtia surgical planning tool using Meta SAM, YOLOv8, and OpenCV to generate 3D STL guides from 2D images.
A software prototype for breast biopsy needle navigation and guidance through a augmented reality viewer
3D-printable breast implant sizers, parametrically generated from your own measurements. Try on different volumes in a bra before surgery.
Python package and CLI for automated CT pelvimetry and body-composition analysis with reproducible QC outputs.
Research desktop app for DICOM CT visualization, vertebral segmentation, and interactive pedicle screw planning.
CT- and geometry-based computational planning research prototype for pedicle screw placement
Imaging-Guided Neural Implant Targeting Extensions
3D SlicerとAIによる整形外科の3D術前計画 — 医療者向け技術解説サイト
Brain MRI explorer and surgical path planner. Move one plane and every view follows. Plan a track and it flags where it crosses a vessel.
Sira Medical develops augmented reality software that transforms 3D radiological imaging into patient-specific holographic models projected onto real-world backgrounds. Delivered through head-mounted AR devices (such as Microsoft HoloLens) and mobile platforms, the technology helps surgeons perform preoperative planning with greater confidence…
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