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Documented to reuse.

Real CT and MRI atlas browsing, categorical masks, corresponding label surfaces, anatomical asset downloads, a liver biopsy procedural walkthrough, and recorded SOFA tissue contact with synchronized force and displacement.

TACE navigation and teaching transport; tissue interaction and layered puncture models; voxel cutting and geometric suturing; selected MuJoCo dynamics; reduced-order circulation and finite-volume heat conduction. These are separate implementations, not one validated whole-body simulator.

The displayed contact experiment has numerical consistency checks. Its tissue parameters and supports have not been experimentally patient-calibrated. Numerical success does not establish spatial convergence or clinical prediction accuracy.

Clinical decision support, patient-specific treatment outcome prediction, validated full-body biodynamics, or automatic physical properties for every mesh. MRI atlas labels are not new AI inference.

3D Slicer CTACardio. Modified preview with approximately 3 mm sampling. Automatic TotalSegmentator 2.18.0 total-task labels are unreviewed. Full Slicer source license retained. This example has 88 present labels; that is not the model’s total class count.

KCL fetal body MRI atlas, Alena U. Uus and colleagues (2024), CC0. A population average of 17 fetal datasets spanning 25–28 gestational weeks, with its original ten-label organ mask. Source paper · CC0 notice.

An original 7.5-second scientific film moves through molecular structures, chromatin, cells, a lifetime of human motion and medical imaging. Four generated scientific illustrations, a reproduction of Leonardo da Vinci’s original Vitruvian Man, a generated embryo and sequential human poses are composited offline; the browser plays a lightweight video. Heart and vessel shots are rendered from the native atlas. The closing illustration surrounds a translucent human with anatomy, cells and illustrative scan panels. Those background panels are generated art; the separate CT/MRI magnifier images are acquired examples. The film is not captured human footage or a biological solver. Leonardo original and source. Scientific artwork and exact prompts · Film sources and chapters. Human imagery and generation prompts. Embryo artwork and generation prompts. The film also uses acquired CT and MRI examples above, Allen Institute fluorescence microscopy (CC0) and Kilbad’s H&E skin histology (public domain). These are independent samples. Image sources and transformations · Notices.

Z-Anatomy / BodyParts3D geometry and native curves, with liver and gallbladder photographs. Atlas adaptation CC BY-SA 4.0; liver photo public domain, gallbladder photo CC BY-SA 3.0. Individual credits and modifications are inside the downloadable kit.

Heart, selected whole-body muscles and major vessels, and five lung lobes from the Z-Anatomy / BodyParts3D atlas. The homepage uses lightweight display previews with generated tissue illustrations or semantic vessel colors. Original source meshes remain available. Preview adaptations. These are visual atlas assets, not patient-specific physics simulations. Full attribution, appearance and license notes.

LifeCode native SOFA contact experiment on CT-derived liver geometry. Recorded states and physical force values are preserved; visual displacement remains at 1×. Model and replay notes · Data integrity checks.

SomaAtlas public website code is Apache-2.0. Three.js is MIT licensed. Data and assets retain their own licenses. No endorsement by dataset authors or referenced products is implied.