My 3D Biomedical Animation Reel (MOA)

Project was to create an osteocyte on a surface surrounded by and intertwined with a calcified matrix. The result of multiple stem cells connecting during bone regrowth. Made for a project covering bone remodeling at the cellular level.

RSV (Respiratory syncytial virus) with Antibodies approaching

Style Frame Illustration for an MOA. CD226, a gene on the surface of a T-Cell targeting receptors on an APC/Tumor cell. Style direction: organic, narrow focus with dynamic lighting.

Excerpt from an MOA showing Antibodies attaching to surface receptors on a cell surface. The receptors are then internalized into the cell.

Tools used: Maya, Houdini, Arnold, Aftereffects

An experiment using Houdini to create an egg being pierced by a needle.

This was cellular look dev test created as a demonstration on procedural noise displacements

Xray test using the Arnold Render Engine in Maya.

Excerpt from a project I worked on with my team at Viscira showing T-Cells attacking tumor cells. I worked on the Animation and effects for this shot.

Excerpts from a project I worked on with my team at Viscira showing a TME (tumor micro environment). First video shows a tumor entering a vessel. The other shows cells exiting the vessel ready to do battle with the cancer cells.

Render of a spine with an ALIF (Anterior) interbody insert in place with translucent bones to show supplemental fixation.

This was project created by the team I work with at Viscira. The goal of the project was to create a simple educational piece, for small children, to introduce them to the potential dangers of viruses. Parts that I worked on include Character rigging, Animation and some Lighting and comping.