CTACardio / actual labelsImage → anatomy
A navigable anatomy tree, three linked image planes and matching 3D surfaces. Start with real CT and MRI examples.
Explore the imaging atlas ↗
Liver · gallbladder · native vessels
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The human body.Made explorable.
From medical images to anatomical assets to the mechanics of living tissue. A connected library for people building what comes next.
01 / THE LIBRARY
One body.
Many ways to understand it.
Keep the scan, the anatomical structure and the physical model connected — with their sources and assumptions intact.
CTACardio / actual labelsPhotographic atlas asset
Anatomy → assets
Reusable geometry with units, materials, semantic labels and provenance. Physical models carry explicit constitutive assumptions.
Inside an asset ↗
APPLICATION CASE / LIVER BIOPSYAssets → simulation
Explore a concrete procedure: patient, target lesion, ultrasound probe and biopsy needle. Follow the approach, tissue sampling and withdrawal.
Explore the biopsy case ↗02 / MORE THAN A SURFACE
Geometry you can see.
Mechanics you can inspect.
Attach a physical meaning to an anatomical structure: constitutive law, tissue parameters, contact, support and solver evidence. Know exactly what each model represents.
Finite-element tissueNative contact forcesTraceable assumptions
Explore a physics asset ↗5 kPaExample Young’s modulus
76,262Tetrahedra in the contact model
03 / APPLICATION CASES
A procedure.
A purpose.
A complete scene.
Explore biopsy, embolization and surgery through the anatomy, instruments and sequence that define each application.
04 / TRY IT YOURSELF
Less reading.
More exploring.
Choose an example. Follow a structure. Watch a solved experiment.