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3D MoA animation on 1c-SApNP vaccine nanoparticle platform technology

Uvax Bio employs proprietary 1c-SApNP® platform technology developed by Dr. Jiang Zhu of Scripps Research to develop and commercialize prophylactic vaccines for the most challenging infectious diseases

Series C
—
$287M

Project goal

Create an animation about the core vaccine nanoparticles platform and a set of simple infographics for company's presentations
Different types of vaccine nanoparticles
Vaccine nanoparticle close-up
B cell in the bloodstream
"Visual Science has met our needs at every step of the process! I liked how flexible and adaptable the team were to our many requests. We could not have found a better partner for this project.”
Benjamin Wang
Investor Relations Lead, Uvax Bio
Vaccine nanoparticles entering a lymph node
Vaccine nanoparticle core and spikes
Neutralizing antibodies binding to a virus

The Process

Animation type:
3D
Project timline:
10 weeks
Team
Review:
6 zoom calls + 8 email feedback sessions
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In this projects we were following our traditional pipeline, however, we had to be more flexible and responsive due to a couple of strategic pivots on our client's side. The scope of work included static infographics, so we had to match the animation style with static molecular visuals rendered on white backgrounds, which was challenging from the look development point of view. This project was made in our main 3D style, but our computational biology department was also involved in production to make several nanoparticle models with different viral antigen spike structures.

Why we used this animation type?

This project was made in our main 3D style which works almost as goos as our High-end 3D style even for complex molecular visualizations. Some of the molecular structures that were used in the animation and static layouts were provided by the client, but some of them were made or adjusted by our in-house computational biologists. At the main animation we used our previous assets - the scientifically accurate 3D models of the most deadly and widespread human viruses which was adjusted for main 3D visualization style. We also used some of the structures that were created earlier for our atomic resolution models of HIV and Ebola viruses.

Full animation

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