Visualising Cancer in VR

Explore cancer-causing mutations in 3D molecular VR

VR Training Simulations
VR Therapy
Sony Foundation, Garvan Institute of Medical Research (GIMR), and CSIRO
The Sony Foundation, Garvan Institute and CSIRO united together in an important research mission to generate new insights into the molecular structure of cancer cells. As a part of their efforts, Start Beyond has built a pilot VR program for researchers and clinicians that will aid the visualisation of cancer-causing mutations and the molecular mechanisms that underlie cancer, specifically in young people.
Close-up of a rotating 3D protein model, with a ball-and-stick ligand molecule bound near the blue and yellow ribbon structure.

Within a VR app, 3D models of differing proteins are housed for the user to interact with in order to better understand structure and function. The user can zoom, pan and rotate the model and click on specific elements to reveal its name and category.

This ground-breaking VR training solution has allowed medical research professionals to trial a method of visualisation that was previously impossible to experience. Through intuitive interactive design, this VR app lays the foundation for significant research progress in this space.

After this positively received pilot program, Start Beyond is currently in development to expand the program into other areas of illness and disease.

Project Gallery

A closer look at how we brought this project to life — from concept to final experience.

3D ribbon model of a protein structure, colored by domain in blue, yellow, and green, floating above a virtual reality grid floor.
Animated 3D protein ribbon model in a VR scene, colored blue and yellow, hovering above two connected teal marker spheres on the floor.
VR interface panel labeled 'CATH.json' beside an orange protein ribbon model, with menu options for structural domains and functional families.
Close-up of a yellow and blue protein ribbon structure in VR, with residue 274 labeled and a bound molecule shown at right.Close-up of a yellow and blue protein ribbon structure in VR, with residue 274 labeled and a bound molecule shown at right.
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Further Reading

Move people to see the world differently, transform your team with VR training.

We build visceral VR and AR experiences that resonate and generate knowledge that sticks. Replace forgettable 2D modules with high-impact simulations that slash training costs, boost retention, and drive performance.

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