BodyViz Software License Stereoscopic for Entry-level projectors, Academic Discount | Education Discount at JourneyEd.com
BodyViz
Product ID: 1753744 | Mfg Part #: BVSFT-STEREO-120
$14,995.95
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Limited Supply as of May 10th

Once order has been processed, this item is not returnable.



Integrate, Interact, and Create

Real Anatomy Visualizations Improve Anatomy Education.

BodyViz delivers real anatomy to instructors, students, clinicians, and surgeons when and where they need it, on the platform that best meets their objectives. Unlike models and illustrations, BodyViz visualizations are direct renderings of medical data, making real anatomy available on-demand for repeated study, exploration, virtual dissection, and planning.

The BodyViz solution easily integrates into current curriculum and allows institutions to tailor the solution to support specific learning environments. Combining computer licenses and iPad Apps, institutions and medical practices access BodyViz in formats that support individual and small-group collaboration, as well as laboratory, classroom, and large group instruction. Users have access to the BodyViz anatomy library of patient and cadaver data and can easily create visualizations using specific patient scans. This flexibility makes BodyViz equally powerful in a single computer installation or an extensive multi-campus integration.

Instructor with Students

BodyViz Provides Unprecedented Access and Insights Into Real Anatomy

BodyViz 3D anatomy visualizations are created directly from CT and MRI scans. Interacting with the visualizations is intuitive and easy. Users can:

  • Rotate, pan, zoom, and fly through virtual anatomy

  • Perform virtual cadaver dissections

  • Create “clipping” and “slicing” planes for in-depth examination of anatomy

  • Highlight specific anatomical features using color contrast

  • Select, examine, and remove tissues based on density and type

  • Mark and annotate pathology within the visualization

  • Compare two visualizations side by side

  • Insert and manipulate trocars to simulate surgical instrument paths

  • Load and examine specific patient data