Anatomage Unveils New Era of 3D Interactive Medical Study with Latest Platform Update

SANTA CLARA, Calif., Oct. 2, 2025 /PRNewswire/ -- Anatomage Inc., a market leader in medical visualization and education technology, is releasing its latest platform update, marking a significant step toward the next level of 3D interactive medical study. Built on more than 14 years of continual refinement, this release deepens Anatomage's commitment to providing the most advanced digital anatomy, functional simulations, and real-world clinical procedure training for medical education.

Since its inception, the Anatomage Table has aimed to transform how medical education is taught, studied, and applied. Each year, new features are introduced to deliver interactive, clinically relevant learning. With this latest release, Anatomage provides a new level of detail, accuracy, color, and texture of real human-based anatomy and physiology to exceed the expectations of the most demanding medical school curriculum.

At the core of Anatomage's platform is its exclusive collection of fully segmented, high-resolution cadavers, based on real human donors. With this update, Anatomage is adding a sixth full-body cadaver: a geriatric female who passed away from pancreatic cancer. This body not only presents normal anatomy, but also highlights the spread of metastases across multiple organs, offering an unmatched opportunity to explore pathological anatomy and its devastating effects in true-to-life detail.

The process took more than two years to complete, beginning with imaging of sequential slices from the frozen cadaver, followed by the segmentation and 3D modeling of the image data. The result is a cadaver dataset that isn't just an empty shell — it's a volumetric visualization of the entire human body with the most detailed and accurate full internal anatomy available.

With this additional cadaver, the Anatomage Table is also introducing a unique multi-cadaver comparison feature, allowing students to examine structural differences between bodies in real time. Users can isolate the exact same anatomical structure or region and compare how it differs across male and female, older and younger, and varied pathological presentations.

This kind of side-by-side exploration gives students a clearer understanding of natural anatomical variability, which is essential for clinical practice. The ability to examine these structures interactively, from multiple angles and in different viewing modes, transforms how anatomical diversity is taught and understood.